Ischemic cardiomyopathy
Typically, patients with ischemic cardiomyopathy have a history of acute myocardial infarction, however, it may occur in patients with coronary artery disease, but without a past history of acute myocardial infarction.This cardiomyopathy is one of the leading causes of sudden cardiac death.schemic cardiomyopathy is caused by a lack of oxygen due to a narrowing of coronary arteries, in turn causing cell death. This can cause different levels of tissue injury and affect large and intermediate arteries alike.


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Causes. Ischemic cardiomyopathy is weakness in the muscle of the heart due to coronary artery disease. Individuals with ischemic cardiomyopathy typically have a history of myocardial infarction (heart attack). Nonischemic cardiomyopathy is weakness in the muscle of the heart that is not due to coronary artery disease.ndividuals with ischemic cardiomyopathy typically have a history of myocardial infarction (heart attack). Nonischemic cardiomyopathy is weakness in the muscle of the heart that is not due to coronary artery disease.


Cardiomyopathy
Ischemic cardiomyopathy is weakness in the muscle of the heart due to coronary artery disease. Individuals with ischemic cardiomyopathy typically have a history of myocardial infarction (heart attack).Nonischemic cardiomyopathy is weakness in the muscle of the heart that is not due to coronary artery disease.ndividuals with ischemic cardiomyopathy typically have a history of myocardial infarction (heart attack). Nonischemic cardiomyopathy is weakness in the muscle of the heart that is not due to coronary artery disease.


Ischemic cardiomyopathy
Ischemic cardiomyopathy is the cause of more than 60% of all systolic heart failures in most countries of the world. A chest radiography that demonstrates coronary artery calcification is a probable indication of ischemic cardiomyopathy.Among the causes for ischemic cardiomyopathy are: 1  Diabetes.schemic cardiomyopathy is caused by a lack of oxygen due to a narrowing of coronary arteries, in turn causing cell death. This can cause different levels of tissue injury and affect large and intermediate arteries alike.


Ischemic and non-ischemic cardiomyopathy
Non Ischemic cardiomyopathy is defined as a myocardial disorder in which the heart muscle is structurally and functionally abnormal, in the absence of other causes of heart dysfunction, like coronary artery disease, hypertension, valvular disease and congenital heart disease.on Ischemic cardiomyopathy is defined as a myocardial disorder in which the heart muscle is structurally and functionally abnormal, in the absence of other causes of heart dysfunction, like coronary artery disease, hypertension, valvular disease and congenital heart disease.


Human Physiology/Print Version
Ischemic cardiomyopathy is typically caused by coronary artery disease or a previous heart attack. Risk factors for coronary artery disease include: 1  a family history of heart disease. 2  high blood pressure (hypertension). 3  smoking. 4  high cholesterol. 5  obesity. 6  a sedentary lifestyle.rognosis for Ischemic Cardiomyopathy. Treating the underlying cause of IC (most often coronary artery disease) is key to preventing the serious complications that untreated IC can lead to. Untreated IC can eventually lead to heart failure, blood clots, or death.


Ischemic Cardiomyopathy
Ischemic cardiomyopathy is a term used to describe patients whose heart can no longer pump enough blood to the rest of their body due to coronary artery disease. Coronary artery disease is a narrowing of the small blood vessels that supply blood and oxygen to the heart. These patients often have heart failure.t becomes harder for the heart to fill and pump blood to the body. Patients with this condition usually have a history of heart attacks or angina (chest pain). Ischemic cardiomyopathy is a common cause of heart failure. It is the most common type of cardiomyopathy in the United States.


Ischemic Cardiomyopathy
Ischemic cardiomyopathy is caused by coronary heart disease -- the buildup of a hard substance called plaque in the arteries to the heart.t becomes harder for the heart to fill and pump blood to the body. Patients with this condition usually have a history of heart attacks or angina (chest pain). Ischemic cardiomyopathy is a common cause of heart failure. It is the most common type of cardiomyopathy in the United States.


What is cardiomyopathy?
1 Ischemic cardiomyopathy is a common cause of heart failure. 2  non-ischemic: any form of cardiomyopathy not related to coronary artery disease. 3  noncompaction: a rare form, also called âspongiform cardiomyopathy,â is a congenital disease (present at birth) resulting from abnormal development of the heart muscle in the womb. idiopathic: any cardiomyopathy with no known cause. 2  ischemic: this term describes a heart that can no longer pump blood to the rest of the body due to coronary artery disease. 3  Blood vessels to the heart become narrowed and blocked, depriving the heart muscle of oxygen.


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1 Nervous system is divided into two divisions, Central Nervous System (CNS) and the Peripheral Nervous System (PNS).2  Peripheral Nervous System deals with the cranial nerves and the spinal nerves. 2 divisions of the Autonomic NS: sympathetic and parasymathetic divisions. 2  Preganglionic neurons send their axons outside the CNS to Autonomic ganglia that then send postganglionic fibers to cardiac muscle, smooth muscles, glands, and fat cells.


Peripheral Nervous System and Senses
1 Peripheral Nervous System deals with the cranial nerves and the spinal nerves. 2  PNS is divided into two divisions, afferent (sensory impulses to the brain/spinal cord) and efferent (motor impulses from the brain/spinal cord.). 2 divisions of the Autonomic NS: sympathetic and parasymathetic divisions. 2  Preganglionic neurons send their axons outside the CNS to Autonomic ganglia that then send postganglionic fibers to cardiac muscle, smooth muscles, glands, and fat cells.


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Dizziness and the autonomic dysfunction syndrome. Pappas DG, Crawford W, Coghlan HC. Dizziness resulting from inner ear or CNS disease has been well described. However, there is a large number of patients for whom dizziness does not seem to be related to either the ears or the CNS.We postulate an abnormality in the autonomic nervous system of such patients and have used standard tilt testing and Valsalva methods to assess the abnormality.izziness resulting from inner ear or CNS disease has been well described. However, there is a large number of patients for whom dizziness does not seem to be related to either the ears or the CNS.


Peripheral Nervous System and Senses
1 Review: 2  Nervous system is divided into two divisions, Central Nervous System (CNS) and the Peripheral Nervous System (PNS). 3  Peripheral Nervous System deals with the cranial nerves and the spinal nerves. 2 divisions of the Autonomic NS: sympathetic and parasymathetic divisions. 2  Preganglionic neurons send their axons outside the CNS to Autonomic ganglia that then send postganglionic fibers to cardiac muscle, smooth muscles, glands, and fat cells.


Peripheral Nervous System and Senses
The nervous system is made up of the central nervous system (CNS) and the peripheral nervous system (PNS). The CNS is made up of the brain and spinal cord. The PNS is made up of the nerves outside of the CNS that carry information back and forth between the body and the brain.he nervous system is made up of the central nervous system (CNS) and the peripheral nervous system (PNS). The CNS is made up of the brain and spinal cord. The PNS is made up of the nerves outside of the CNS that carry information back and forth between the body and the brain.


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Hereditary sensory and autonomic neuropathy type IE (HSAN IE) is a disorder that affects the nervous system. Affected individuals have a gradual loss of intellectual function (dementia), typically beginning in their thirties.weating is a function of the autonomic nervous system, which also controls involuntary body functions such as heart rate, digestion, and breathing. These other autonomic functions are unaffected in people with HSAN IE.


Neuropathy
Auditory neuropathy involves the nerve that carries signals from the inner ear to the brain and is responsible for hearing. Autonomic neuropathy: Autonomic neuropathy is damage to the nerves of the involuntary nervous system.These nerves that control the heart and circulation (including blood pressure), digestion, bowel and bladder function, the sexual response, and perspiration.Nerves in other organs may also be affected.utonomic neuropathy: Autonomic neuropathy is damage to the nerves of the involuntary nervous system. These nerves that control the heart and circulation (including blood pressure), digestion, bowel and bladder function, the sexual response, and perspiration. Nerves in other organs may also be affected.


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Asymmetrical activity of the sympathetic nervous system observed inpatients with vertigo also induces asymmetrical blood ï¬ow of the vertebral artery. The asymmetrical vertebralblood ï¬ow induces asymmetrical activities of the inner ear and/or the vestibular nuclei, resulting in the develop-ment of vertigo.Key words Vertigo, Sympathetic nervous system, Parasympathetic nervous system, Vertebral artery, Stress and a high frequency (P3).symmetrical activity of the sympathetic nervous system observed inpatients with vertigo also induces asymmetrical blood ï¬ow of the vertebral artery. The asymmetrical vertebralblood ï¬ow induces asymmetrical activities of the inner ear and/or the vestibular nuclei, resulting in the develop-ment of vertigo.


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Keywords: autonomic nervous system; cervical spine; eustachian tube; M ni re's disease; neurogenic inflammation; temporomandibular joint. M ni re's disease is characterized by intermittent attacks of vertigo, low-frequency hearing loss, and tinnitus. ni re's disease not only includes the symptom complex consisting of attacks of vertigo, low-frequency hearing loss, and tinnitus but comprises symptoms related to the eustachian tube, the upper cervical spine, the temporomandibular joints, and the autonomic nervous system.


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Results: Overall, 77.5% of the scenario cases were coded. according the ESI guidelines, resulting in a good interrater. agreement (Îº = 0.72, linear weighted Îº = 0.84, quadratic. weighted Îº = 0.92, and triage-weighted scheme = 0.79).


Chapter 2. Triage Acuity Systems
Severity Index (ESI) The Emergency Severity Index (ESI) is a five-level triage scale developed by ED physicians Richard Wuerz and David Eitel in the United States (Gilboy et al., 1999; Wuerz, Milne, Eitel, Travers & Gilboy, 2000). The two originators believed that a principal role for an emergency department triage instrument


Emergency Severity Index (ESI): A Triage Tool for Emergency Department
The ESI research team is frequently asked if the ESI system includes criteria for a time to reassessment by triage level. The ESI system does not include reassessment recommendations. This is a key difference between ESI and other five-level triage systems. The ESI triage research group has purposefully not identified reassessment times but has left that to individual departments to incorporate into their triage policy.


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Johns Hopkins develops electronic triage tool to better prioritize ED patients Penn centralizes its telehealth operations into a single hub Roche to buy oncology EHR vendor Flatiron Health for $1.9B


Chapter 2. Triage Acuity Systems
The ESI was developed around a new conceptual model of ED triage. In addition to asking which patient should be seen first, triage nurses use the ESI to also consider what resources are necessary to get the patient through to an ED disposition. The ESI retains the traditional foundation of patient urgency, and then seeks to Chapter 2.Triage Acuity Systems 9


Chapter 2. Triage Acuity Systems
History of the Emergency Severity Index (ESI) The Emergency Severity Index (ESI) is a five-level triage scale developed by ED physicians Richard Wuerz and David Eitel in the United States (Gilboy et al., 1999; Wuerz, Milne, Eitel, Travers & Gilboy, 2000).


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Copyright notice. The Emergency Severity Index Version 4 Triage Algorithm (the âAlgorithmâ) is the intellectual property of. The ESI Triage Research Team, LLC (the âAuthorâ). The Author has applied for copyright with the United. States Copyright Office.


Emergency Severity Index (ESI): A Triage Tool for Emergency Department
Chi CH, Huang CM: Comparison of the Emergency Severity Index (ESI) and the Taiwan Triage System in predicting resource utilization. J Formos Med Assoc. 2006, 105: 617-25. 10.1016/S0929-6646(09)60160-1.


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ESI-2 and 3 patients, who represent the majority of patients at large academic hospitals (e.g., about 80% at the University of Michigan ED (UMED)), are served in the main area of the ED with priority given to ESI-2 patients. Since the ESI system does not di erentiate between patients in the ESI-2 and ESI-3 categories in terms of complexity, patients in the main ED are still sorted and prioritized purely on the basis of urgency. Hence, the. ESI system does not respond to the second purpose of triage for the majority of the patients.


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UNIXÂ® is a trademark in the United States and other countries, licensed exclusively through X/ Open Company Limited. As an ENERGY STARÂ® partner, Xerox Corporation has determined that this product meets the ENERGY STAR guidelines for energy.


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Port Port number in use by Web Services to contact the domain (default 389). This port is employed to perform the query with the LDAP. If the LDAP server is external, this port must be opened within the. firewall, in order to allow it to access the server and perform the query.


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Integration of the LDAP system into Web Services enables users who are managed in an LDAP directory to. work with the Web Services system. The Web Services account is a copy of the domain user account and is. updated each time the user logs into Web Services. The user is syncronized with the LDAP user including.


workcentre 7530 SMTP and SSL/TLS
Re: workcentre 7530 SMTP and SSL/TLS. Thank you for using the Support Forum. Please take a look at these solutions I found on the support page for your machine and see if they will help you. If these do not help, please consider contacting your support centre for further assistance.


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Note: This printer is not compatible with SMTP servers that require SSL/TLS. SMTP Login Name - Enter the login user name for the SMTP server, up to 63 characters in length. Login name can include alphanumeric characters, periods (.), hyphens (-), underscores (_), and the (@).


workcentre 7530 SMTP and SSL/TLS
Re: workcentre 7530 SMTP and SSL/TLS. thank you for your very usefull step-by-step instructions. But when I've tryed to do it I verified that the option SSL/TLS in SMTP server configuration doesn't exists. So I've verified if there was a newest firmware... and there was. I've done upgrade to 061.121.222.06507 and after I've done it, the option SSL/TLS in smtp server configuration was.


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XeroxÂ®, CentreWareÂ®, WorkCentreÂ®, PrintingScoutÂ®, Walk-UpÂ®, FreeFlowÂ®, SMARTsendÂ®, Scan to PC DesktopÂ®, and the sphere of. connectivity design are trademarks of Xerox Corporation in the United States and/or other countries.


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SMTP Server Address - Enter the IP address or DNS name of the outgoing email server to be connected using the SMTP protocol. This address can include alphanumeric characters, periods (.), and hyphens (-). If a DNS name is used, the printer must also be configured with a DNS server in the TCP/IP settings.


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Services performs user authentication on the LDAP server. 3 If authentication is successful, the user will be logged in to the system, and one of the following events will. be performed: If no corresponding Web Services user account exists, the system will create an account using retrieved.


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IBMÂ® and AIXÂ® are trademarks of International Business Machines Corporation in the United States and/or other countries. MicrosoftÂ®, Windows Vista Â®, WindowsÂ®, and Windows Server Â® are trademarks of Microsoft Corpora tion in the United States and/or.


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Ambient temperature is the temperature of the air around you, inside or outside. Room temperature is a non-specific temperature, normally between 20 and 25Â°C (68 to 77Â° F â¦), generally used to indicate that an article should neither be refrigerated nor heated. Ambient temperature will mean the same thing when indoors.


What is the difference between ambient temperature and temperature?
Merge this question into. Split and merge into it. Answered by The Community. Making the world better, one answer at a time. Ambient refers to the temperature of the surrounding air, i.e not at parking lot level etc. Ambient means the temperature not being effected by mechanical means, like AC or any heat source.


Measuring Environmental Conditions
The final parameter to note is the amount of separation between the surface temperature and the dew-point temperature. Moisture will likely form if they are the same. Even if they are close, the risk of moisture forming may be unacceptably high.


Measuring Environmental Conditions
The maximum surface temperature for coating application is typically 125ÂºF (50ÂºC) unless clearly specified otherwise. A surface that is too hot may cause the coating solvents to evaporate so fast that application is difficult, blistering takes place, or a porous film results.


What is the difference between ambient temperature and room temperature?
Making the world better, one answer at a time. Ambient temperature is the temperature of the air around you, inside or outside. Room temperature is a non-specific temperature, normally between 20 and 25Â°C (68 to 77Â° F), generally used to indicate that an article should neither be refrigerated nor heated. Ambient temperature will mean the same thing when indoors.


What are the differences between ambient temperature, junction temperature, storage temperature and operating temperature?
Description. Refer to the appropriate device data sheets for the specific values and ranges of these different temperature specifications. More information can be found on the Thermal Management sectionin the Power Management Resource Center and AN 358: Thermal Management for FPGAs (PDF). Thank you.


What is the difference between ambient temperature and temperature?
Ambient refers to the temperature of the surrounding air, i.e not at parking lot level etc. Ambient means the temperature not being effected by mechanical means, like AC â¦ or any heat source. example, if you serve a wine at ambient temperature, it is not a specific number it is what ever the room is at the time.


Measuring Environmental Conditions
Since surface temperature is often different from air temperature especially for work performed outside, both temperatures should be measured to avoid application problems should air or steel temperatures become too hot or too cold for satisfactory film formation.


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The definition of ambient temperature is the temperature of the air  in the surrounding environment. This term is often used in  association with the air surrounding a power â¦ supply or cooling  system.


Measuring Environmental Conditions
The first parameters necessary to assess the risk of moisture formation on a substrate are the temperature of the surface to be prepared or coated and the temperature of the air near that surface. At night, steel work usually radiates heat and is cooled below air temperature.


Why Modular?
1 Modular homes are faster to build than a 100% site-built home. 2  Home loans for modular are the same as if buying a 100% site-built home. 3  Insuring your modular home is the same as a 100% site-built home.


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Modular homes are built in a factory (often on an assembly line) usually in large, three-sided sections with windows, doors, cabinets, electrical and other features in place. The sections are trucked to the home site, lifted by crane onto a pre-built foundation and fastened together.


Modular Home Cost
Comments (2). Modular homes are built in a factory (often on an assembly line) usually in large, three-sided sections with windows, doors, cabinets, electrical and other features in place. The sections are trucked to the home site, lifted by crane onto a pre-built foundation and fastened together.


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There are site-built homes and off-site built homes. One of the more popular ways to build these days is off-site. This type of construction is called modular home construction. These are stick-built homes that are built in a manufacturing facility.


Manufactured and Modular Homes on Special
Specials. Below are the homes that are on special at one of our three PA locations or are being featured by one of the three locations. Please contact us for information about any modular or mobile home you see here.


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There are site-built homes and off-site built homes. One of the more popular ways to build these days is off-site. This type of construction is called modular home construction. These are stick-built homes that are built in a manufacturing facility. They are built using cutting edge technology.


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The mission of Athletics Academic Services is twofold: 1) to provide academic and effective support services for CSUF student-athletes so they will persist until they graduate and 2) to ensure student-athletes receive the information they need to be in compliance with NCAA rules for academic eligibility.


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The 2 Grant-In-Aid Form(s) are given to coach for signature, then the coach gives them to student-athlete to sign. The student-athlete keeps one copy and the remaining copy is returned to the athletics office and from there it is sent to Financial Aid.


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Athletics Academic Services is responsible for the recognition of student-athletes who are successful in their academic endeavors. Each semester, student-athletes who have achieved a minimum 3.00 GPA are recognized by the department through the Athletics Honor Roll.


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Appropriate Medical Care for the Secondary School-Age Athlete. Objective: To provide evidence-based support for the recommendations made by the. Appropriate Medical Care for Secondary SchoolâAge Athletes (AMCSSAA) Task Force. consensus statement.


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This communication will help organizations sponsoring athletic programs for this age. group justify the importance of providing appropriate medical care and establishing an. athletic health care team to identify the resources they should make available to. adolescents participating in organized athletic programs.


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Nonetheless, case law over the past three decades4, 5 has established the precedent. that school districts and other agencies sponsoring athletic programs have a legal. responsibility to provide medical care for participants.


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Minor injuries, minor illnesses, and other medical concerns are taken care of by the athletics training staff, the CSUF Health Center medical staff, and the team physicians. The student-athlete should report any injury and/or illness to the athletics training staff as soon as possible.


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To provide appropriate medical. care, the AHCT must function in a coherent, coordinated, and efficient manner with. coaches and administrators of sponsoring organizations and adhere to commonly. accepted standards of good clinical practice.


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The article can also be used. as an evaluation tool to assess current athletic health care delivery programs. Disclaimer: This communication provides general practice recommendations and guidelines for medical. care provided by organizations sponsoring athletic programs for secondary school-age individuals.


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The Department of Athletics at CSUF is concerned with the health care of its student-athletes. The responsibilities of its Athletics Training Program include prevention, evaluation, referral, treatment, and rehabilitation of injuries or illnesses sustained during practices or games while competing for CSUF.


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Here is what results of a FSH level test indicate: 1  FSH levels of 10 or lower are considered normal for most women on day three of the monthly cycle. 2  FSH levels of between 10 and 25 indicated that a woman may be in premenopause, but that she has not yet started menopause.ou might have a FSH test with a high result one month, but the day 3 FSH test might be down to a normal level the next month. Only if FSH levels have been elevated for several months in a row, and combined with other symptoms and evidence, should a woman be considered to be in menopause.


FSH and LH levels
Abnormalities in FSH and LH Levels. It is normal to have LH greater than 20 mIU/ml on the surge day. FSH is supposed to be measured on the third day of the menstrual cycle. At that time its normal levels are between 2 and 20 mIU/ml and normal levels of LH are considered less than 7 mIU/ml.n childhood the level of both hormones, FSH and LH are low. On the other hand in menopausal women the level of these hormones is quite high. During reproductive years optimal level of LH ranges from 1 to 20 IU/L. Increased levels of LH may occur and this lasts no longer than 48 hours.


Normal FSH Levels in Women
Generally, the levels are measured on the third day of the menstrual cycle. High level is noticed in women who are in post-menopausal phase. The normal FSH level after menopause is 50-100 mIU/ml. A level more than 12 mIU/ml makes the ovaries weak, whereas a level above 25 mIU/ml leads to ovarian failure.This is what happens after menopause.igh FSH is therefore considered as normal in women post menopause. The levels higher than 25 mIU/ml suggest the beginning of premenopause phase, whereas the levels more than 50 mlU/ml indicate that the woman is in menopause.


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1 FSH levels of 10 or lower are considered normal for most women on day three of the monthly cycle. 2  FSH levels of between 10 and 25 indicated that a woman may be in premenopause, but that she has not yet started menopause.ou might have a FSH test with a high result one month, but the day 3 FSH test might be down to a normal level the next month. Only if FSH levels have been elevated for several months in a row, and combined with other symptoms and evidence, should a woman be considered to be in menopause.


Normal FSH Levels in Women
The FSH levels in women are said to be normal when they are between 3 mIU/ml to 10 mIU/ml; however, the levels change significantly during ovulation, pregnancy, and menopause.igh FSH is therefore considered as normal in women post menopause. The levels higher than 25 mIU/ml suggest the beginning of premenopause phase, whereas the levels more than 50 mlU/ml indicate that the woman is in menopause.


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Normal Levels. When a woman is in her prime reproductive years, her FSH level is low, between 5 and 25 mIU/ml, according to Epigee.org. The FSH level rises every month during a woman's normal menstrual cycle as a sign to the body that it is time to ovulate.SH levels. When a woman's FSH levels are higher than 25, this indicates that a woman is very close to menopause, according to Epigee.org. During peri-menopause, the period of time that precedes menopause, FSH levels continue to rise because a woman's body is still making the effort to ovulate.


How do high FSH levels affect getting pregnant?
High FSH is absolutely normal in postmenopausal women. High FSH in premenopausal women, however, may be caused by problems such as a pituitary gland disorder or chemotherapy and radiation treatment. Let's find out what, if anything, can be done to lower FSH levels when they've become too high.Print.ut with a condition such as polycystic ovarian syndrome (PCOS), which affects an estimated 5 million American women, FSH levels may be low -- with a ratio of LH to FSH of 2-to-1 or 3-to-1 [source: The National Women's Health Information Center; American Association for Clinical Chemistry ].


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You might have a FSH test with a high result one month, but the day 3 FSH test might be down to a normal level the next month. Only if FSH levels have been elevated for several months in a row, and combined with other symptoms and evidence, should a woman be considered to be in menopause.ou might have a FSH test with a high result one month, but the day 3 FSH test might be down to a normal level the next month. Only if FSH levels have been elevated for several months in a row, and combined with other symptoms and evidence, should a woman be considered to be in menopause.


Hormone Levels & Fertility Bloodwork
In PCOS testing, the LH:FSH ratio may be used in the diagnosis. The ratio is usually close to 1:1, but if the LH is higher, it is one possible indication of PCOS. Estradiol (E2) Day 3 25-75 pg/ml Levels on the lower end tend to be better for stimulating.Abnormally high levels on day 3 may indicate existence of a functional cyst or diminished ovarian reserve.he ratio is usually close to 1:1, but if the LH is higher, it is one possible indication of PCOS. Estradiol (E2) Day 3 25-75 pg/ml Levels on the lower end tend to be better for stimulating. Abnormally high levels on day 3 may indicate existence of a functional cyst or diminished ovarian reserve.


FSH and LH levels
In childhood the level of both hormones, FSH and LH are low. On the other hand in menopausal women the level of these hormones is quite high. During reproductive years optimal level of LH ranges from 1 to 20 IU/L. Increased levels of LH may occur and this lasts no longer than 48 hours.Optimal range of FSH is between 3 mIU/ml and 10 mIU/ml.n childhood the level of both hormones, FSH and LH are low. On the other hand in menopausal women the level of these hormones is quite high. During reproductive years optimal level of LH ranges from 1 to 20 IU/L. Increased levels of LH may occur and this lasts no longer than 48 hours.


Duties & Responsibilities
The Assessor is concerned with value, not taxes. Taxing jurisdictions such as schools, cities, and townships, adopt budgets after public hearings. This determines the tax levy, which is the rate of taxation required to raise the money budgeted.


Duties & Responsibilities
The Conference Board approves the assessor's budget and after a public hearing acts on adoption of same. The assessor is limited, by statute, depending upon the value of the jurisdiction, to a levy limitation for his/her budget.


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So notification can be given to the Fire Department, please contact City Hall 642-3502, prior to 5:00 p.m. Thursday (for a Friday burn) or prior to 5:00 p.m. Friday (for a weekend burn) or contact Harrison Co Communications at 642-2736. A water source also should be available on site.


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If a property owner fails to keep the property mowed after the first abatement notice, the City can mow the property without additional notice and assess the costs to the owner. Do not blow grass clippings into street as this clogs the City s Storm Water Drain System. Reminder Dog Licenses Are Due Dog owners have until April 30th to license their dog at the City Clerk s Office without penalty. After April 30th, there will be a $35.00 penalty added to the cost of the license fee.


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712-642-3866. Due to the recent weather, our horse show will need to be changed to Thursday, July 23rd at 9 am at the horse show arena on the Harrison County Fairgrounds. Please contact the Harrison County Extension at 712-423-2175 with any questions.


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Missouri Valley, Iowa is nestled along the Loess Hills Scenic Byways, the historic Lincoln Highway and at the intersection of I-29 and Highway 30. It is 25 miles north of Omaha, NE and Council Bluffs, IA and is the largest city in Harrison County.


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FALL 2015 YARD WASTE BURNING WEEKENDS IN MISSOURI VALLEY The City of Missouri Valley will allow open burning of yard waste ONLY (any vegetable or plant waste NO garbage.


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Missouri Valley, Harrison County, IA Foreclosures. Search for foreclosed homes for sale in Missouri Valley, Harrison County, Iowa.


Parkerizing
Parkerizing, bonderizing, phosphating, or phosphatizing is a method of protecting a steel surface from corrosion and increasing its resistance to wear through the application of a chemical phosphate conversion coating.


Parkerizing
Parkerizing is usually considered to be an improved zinc or manganese phosphating process, and not to be an improved iron phosphating process, although some use the term parkerizing as a generic term for applying phosphating (or phosphatizing) coatings that does include the iron phosphating process.


Glossary & Terms
- This product is a steel sheet with a zinc coating that is applied by passing the steel through a bath of molten zinc in a continuous operation. The zinc enhances the corrosion resistance of the steel sheet. The product is available with various thicknesses of zinc coating.


Glossary & Terms
- A chemical element applied (either hot-dipped or electrolytically) to steel to improve corrosion resistance. There is a direct correlation between the zinc coating weight and rate of atmospheric corrosion; the more zinc, the slower the corrosion.


Glossary & Terms
- A term long used to describe steel sheet coated with zinc to promote corrosion resistance. The term is associated with the hotâdip process but the zinc coating can also be applied by electroplating. The hotâdip process consists of passing the steel through a bath of molten zinc.


Glossary & Terms
- A nonâuniform surface appearance, parallel to the rolling direction. It is caused by an uneven wiping action on the upper backup roll(s) of a mill, which transfers first to the work roll and then to the rolled product.


Parkerizing
Parkerizing is commonly used on firearms as a more effective alternative to bluing, which is an earlier-developed chemical conversion coating. It is also used extensively on automobiles to protect unfinished metal parts from corrosion.


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The answer is yes, and the added advantage is that the galvanized steel maintains its corrosive protection qualities. Consider Your Steel Type. For exposed ductwork, two types of steel are generally used-hot dipped galvanized steel and âpaint gripâ steel. ï· âPaint Gripâ steel is mill phosphatized or galvannealed. o Galvanneal steel is, as its name implies, annealed. This annealing softens the steel, making it more prone to dings and dents. o Mill phosphatized steel has a zinc phosphate coating. Zinc phosphate is considered dangerous to aquatic life and special handling is required at the mill to prevent its release into the environment.


Parkerizing
The Parkerizing process cannot be used on non-ferrous metals such as aluminium, brass, or copper. It similarly cannot be applied to steels containing a large amount of nickel, or on stainless steel.


Parkerizing
As for all chemical conversion coatings, the Parkerized surface must be completely covered with a light coating of oil to maximize corrosion and wear resistance, primarily through reducing wetting action and galvanic action.


Computing Percentiles
The formula below is used to compute percentiles of a normal distribution. where Î¼ is the mean and Ï is the standard deviation of the variable X, and Z is the value from the standard normal distribution for the desired percentile. Example:1  The mean BMI for men aged 60 is 29 with a standard deviation of 6.2  The mean BMI for women aged 60 the mean is 28 with a standard deviation of 7.here Î¼ is the mean and Ï is the standard deviation of the variable X, and Z is the value from the standard normal distribution for the desired percentile. Example: 1  The mean BMI for men aged 60 is 29 with a standard deviation of 6. 2  The mean BMI for women aged 60 the mean is 28 with a standard deviation of 7.


How to Calculate Percentiles on Normal Curves
Step 2. Step 3. Subtract the mean from your score. For example, if you scored 33 and the mean is 24, you would get a difference of 9. Divide the difference found in Step 1 by the standard deviation of the data to find the z-score, which is the number of standard deviations away from the mean that your score is.or example, if the standard deviation was 4.5, you would have a z-score of 2. Convert the z-score to a percentile using a z-score chart or converter available online (see Resources section).


How to calculate the percentile rank with the mean and standard deviation?
When looking at the z table for a score of 0.80, we find that in the area beyond z column, 0.80 correlates to a score of .2881. This, however, only tells us the area above our z-score-- for a percentile rank, we want to know everything below it.Because of this, we subtract 1 (or the area of the total curve) minus .2881 (the area beyond z). This comes to the number .7881, which we then multiply by 100 to get the final percentage rank of 78.81%.his, however, only tells us the area above our z-score-- for a percentile rank, we want to know everything below it. Because of this, we subtract 1 (or the area of the total curve) minus .2881 (the area beyond z). This comes to the number .7881, which we then multiply by 100 to get the final percentage rank of 78.81%.


How do you find percentiles when given standard deviation and mean?
This area is actually a percentile! So for example, if convert a data point to a z-score using the mean and standard deviation (The formula is z=(x-mean)/standard deviation, by the way), and I look up the probability of that z-score, and say it is .25.Then it is the 25th percentile.his area is actually a percentile! So for example, if convert a data point to a z-score using the mean and standard deviation (The formula is z=(x-mean)/standard deviation, by the way), and I look up the probability of that z-score, and say it is .25.


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-3 -2 -1 0 1 2 3 Z 0.1022-1.2692 Finding the percentile rank for a given Z-score. =NORMSDIST(Z) Example: The width of bolts of fabric is Normally distributed with mean 1953 mm and standard deviation 26 mm.3 -2 -1 0 1 2 3 Z 0.1022-1.2692 Finding the percentile rank for a given Z-score. =NORMSDIST(Z) Example: The width of bolts of fabric is Normally distributed with mean 1953 mm and standard deviation 26 mm.


Converting to Percentiles and Back (2 of 4)
A score of 75 is one standard deviation below the mean because the mean is 80 and the standard deviation is 5. Mathematical statisticians have determined that 15.9% of the scores in a normal distribution are lower than a score one standard deviation below the mean.Therefore, the proportion of the scores below 75 is 0.159 and a person scoring 75 would have a percentile rank score of 15.9.The table below page gives the proportion of the scores below various values of z; z is computed with the formula: where z is the number of standard deviations (Ï) X is above the mean (Î¼).herefore, the proportion of the scores below 75 is 0.159 and a person scoring 75 would have a percentile rank score of 15.9. The table below page gives the proportion of the scores below various values of z; z is computed with the formula:


Computing Percentiles
The standard normal distribution can also be useful for computing percentiles. For example, the median is the 50 th percentile, the first quartile is the 25 th percentile, and the third quartile is the 75 th percentile. In some instances it may be of interest to compute other percentiles, for example the 5 th or 95 th.here Î¼ is the mean and Ï is the standard deviation of the variable X, and Z is the value from the standard normal distribution for the desired percentile. Example: 1  The mean BMI for men aged 60 is 29 with a standard deviation of 6. 2  The mean BMI for women aged 60 the mean is 28 with a standard deviation of 7.


Converting to Percentiles and Back (1 of 4)
They have shown that only 2.3% of the population will be less than or equal to a score two standard deviations below the mean. (click here to see why 70 is two standard deviations below the mean.) In terms of the Introductory Psychology test example, this means that a person scoring 70 would be in the 2.3rd percentile.This graph shows the distribution of scores on the test. The shaded area is 2.3% of the total area.hey have shown that only 2.3% of the population will be less than or equal to a score two standard deviations below the mean. (click here to see why 70 is two standard deviations below the mean.) In terms of the Introductory Psychology test example, this means that a person scoring 70 would be in the 2.3rd percentile.


Converting to Percentiles and Back (1 of 4)
If the mean and standard deviation of a normal distribution are known, it is relatively easy to figure out the percentile rank of a person obtaining a specific score.hey have shown that only 2.3% of the population will be less than or equal to a score two standard deviations below the mean. (click here to see why 70 is two standard deviations below the mean.) In terms of the Introductory Psychology test example, this means that a person scoring 70 would be in the 2.3rd percentile.


How to Calculate Percentiles on Normal Curves
Your percentile tells you what percentage of people you scored higher than. For example, if you scored in the 85th percentile, you scored higher than 85 percent of test takers. To calculate the percentile, you will need to know your score, the mean and the standard deviation.or example, if the standard deviation was 4.5, you would have a z-score of 2. Convert the z-score to a percentile using a z-score chart or converter available online (see Resources section).


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There are 4 different blood types (A, B, O, & AB). Each blood type can either be Rh positive or Rh negative. (e.g., A+, A-, B+, B-, O+, O-, AB+, AB-). Blood type AB is the universal receiver when it comes to donating blood. That means anyone can donate blood to a person with AB blood.


All About Blood Types
Human blood is grouped into four types: A, B, AB, and O. Each letter refers to a kind of antigen, or protein, on the surface of red blood cells. For example, the surface of red blood cells in Type A blood has antigens known as A-antigens.


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There are 4 different blood types (A, B, O, & AB). Each blood type can either be Rh positive or Rh negative. (e.g., A+, A-, B+, B-, O+, O-, AB+, AB-).


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Brazilian food is just as exotic as it's culture. There are many different aspects of the food here which includes natural foods such as Brazilian coffee down to the Brazil nuts. You'll even discover the 5 most popular Brazil recipes.


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Brazilian Food-Just As Exotic As It's Culture. Brazilian food is just as exotic as it's culture. There are many different aspects of the food here which includes natural foods such as Brazilian coffee down to the Brazil nuts.


Brazilian Food - Just As Exotic As It's Culture
Brazilian Food-Just As Exotic As It's Culture. Brazilian food is just as exotic as it's culture. There are many different aspects of the food here which includes natural foods such as Brazilian coffee down to the Brazil nuts. You'll even discover the 5 most popular Brazil recipes.


Brazil Cuisine
Brazil Cuisine. The cuisine of a nation is determined largely by the societies, customs and traditions within that culture as well as by accessibility and availability to certain foods and ingredients. Because Brazil is such a melting pot of colours, languages and customs, its cuisine is similarly varied.


Celebrate Brazil Culture!
Welcome to Celebrate Brazil, my heartfelt reflections and experiences with Brazil culture and all aspects of life in Brazil! Join me as I share everything I am learning about Brazil food, Brazilian dance, Brazil music, travel in Brazil, the history of Brazil, and all aspects of life in this beautiful country and people.


From Samba to carnival: Brazil's thriving African culture
From samba and carnival to food, music and religion, African culture is everywhere in Brazil. The cultural heritage stems from the estimated four million slaves who were brought to the country over a 300-year period, at least four times as many as to the United States.


From Samba to carnival: Brazil's thriving African culture
African culture in Brazil â Salvador, in Bahia state, northeast Brazil, is the country's third largest city and was the country's first colonial capital. It has strong African roots and is the center for Afro-Brazilian culture.


Brazil Cuisine
Feijoada, typical brazilian dish made with black beans and several kinds of meat, mainly from pork. These make for delicious dishes, whether savoury or sweet. Many dishes use rice or beans as a staple or base ingredient, since these are widely available, filling and fairly nutritious.


From Samba to carnival: Brazil's thriving African culture
1 African culture is evident in Brazil's carnival, music, dance food and religion. 2  It was the last country to abolish the slave trade, with an estimated four million slaves shipped over 300 years. 3  A Historical Circuit of African Heritage in Rio de Janeiro helps to connect the past and present.


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However, in Brazil, they also refer to the food commonly available from street vendors. Popular Brazilian appetisers include: â¢ Acaraje - acarajÃ© fried balls of, shrimp-black eyed peas and. â¢ Onions bolinhos Do â arroz-deep friend balls made from a-rice based. batter


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Mexican âSerapeâ Blanket. Popularized in westerns. The Mexican serape has been popularized in many Western films, but unlike the dull gray serape that Clint Eastwood was often seen wearing in the famed Spaghetti Westerns of director Sergio Leone; the more traditional serape is brightly colored.


Mexican Blankets
Types of Mexican Blankets. The Real and Authentic Blanket. First there are the real blankets which are used on a bed but also called throw blankets to be used in a sitting position. The patterns of the typical Mexican authentic blanket is usually a square grid with different colors. They were originally made out of wool and now they are made of polyester and acrilan.


Authentic, Handmade Mexican Serapes, Direct From Mexican Village Artisans In Support Of Fair Trade.
Mexican serapes are vibrantly colored blankets. All our sarapes are hand woven on a loom, made of 50/50 soft cotton and acrylic. The finished serape blankets are soft yet strong, making beautiful pieces of textile art. They are used as an easy interior decorating accessory, or ready for the beach, picnics and outings.


Mexican âSerapeâ Blanket
Skip to main content. The Mexican serape has been popularized in many Western films, but unlike the dull gray serape that Clint Eastwood was often seen wearing in the famed Spaghetti Westerns of director Sergio Leone; the more traditional serape is brightly colored.


Authentic, Handmade Mexican Serapes, Direct From Mexican Village Artisans In Support Of Fair Trade.
Inside these Mexian blankets add a decorative touch with their rich warmth and colors, adding an accent and style to any room in the house. Mexican serape blankets are great for brightening up any room, and can be used as a throw, table cover, bedspread or even a light floor covering or wall hanging!


5 Best Mexican Blankets You Can Use During Yoga That Wonât Break the Bank
A serape is less of a blanket and more of a shawl. In traditional Mexican culture it was generally worn by men, but is now mostly used as a home blanket or decoration. A serape is brightly colored and fringed at the ends. Also, some variations of these blankets have hoods and openings for the head, similar to a poncho.


Mexican Serapes, Serapes Blankets & Falsa Blankets. The History of Mexican Serape Blankets...
As a long rectangular garments or piece of clothing, serapes would be wrapped around the body much like a shawl or blanket for protection against cold and the environment. Serapes refer to the traditional striped weave that makes up the serape blanket or serape which is worn like a garment. The word âserapesâ refers to the traditional striped weave that makes up the Mexican blanket design of today.


Mexican Serapes, Serapes Blankets & Falsa Blankets. The History of Mexican Serape Blankets...
Mexican Serapes, Serapes Blankets & Falsa Blankets. The History of Mexican Serape Blankets... Serapes Mexican blankets are as rich in their history as they are in color. Known by several names such as sarapes, zarapes or saltillos, this versatile textile has been around for hundreds of years.


serape
also saÂ·raÂ·pe (sÉ-rÃ¤â²pÄ, -rÄpâ²Ä) n. A long blanketlike shawl or poncho, often brightly colored, geometrically patterned, and fringed at the ends, worn especially in Mexico. adj. Having the bright colors and geometric patterns of a serape: a serape cardigan; serape blankets. [Mexican Spanish sarape, perhaps from a Tarascan source such as ts'arakua, thick object : ts'ara-, to be a thick or heavy object on + -kua, noun suffix.]


Mexican Blankets
Some are more famous than others but all have unique color patterns and design. Keep reading and you will find more info about the different types. Mexican blankets are traditionally made out of natural fibers; cotton, and wool, but now are being replaced with polyester, and acrilon, which is an acrylic based fabric.


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RCA began selling television sets with 5 by 12 in (12.7 by 25.4 cm) picture tubes. The company also began broadcasting regular programs, including scenes captured by a mobile unit and, on May 17, 1939, the first televised baseball gameÃbetween Princeton and Columbia universities.


The History of the Invention of Television
A successful color television system began commercial broadcasting, first authorized by the FCC on December 17, 1953, based on a system invented by RCA. History of Cable TV Cable television, formerly known as Community Antenna Television or CATV, was born in the mountains of Pennsylvania in the late 1940's.


The History of the Invention of Television
Charles Jenkins invented a mechanical television system called radiovision and claimed to have transmitted the earliest moving silhouette images on June 14, 1923. His company also opened the first television broadcasting station in the U.S., named W3XK.


The History of the Invention of Television
John Logie Baird (Mechanical) In the 1920's, John Logie Baird patented the idea of using arrays of transparent rods to transmit images for television. Baird's 30 line images were the first demonstrations of television by reflected light rather than back-lit silhouettes.


sharp history & facts
1953 to 1954. 1  The Sharp model TV3-14T became Japan's first commercially produced television. 2  In 1953, television sets produced by Tokuji Hayakawa's company account for 60% of Japanâs industry total. 3  Company builds a new leading-edge mass production facility for televisions.


Learn When the First TV Was Invented
Early inventors attempted to either build a mechanical television system based on the technology of Paul Nipkow's rotating disks or they tried to build an electronic television system using a cathode ray tube developed independently in 1907 by English inventor A.A. 1  Campbell-Swinton and Russian scientist Boris Rosing.


The History of the Invention of Television
At the time, the kinescope tube was sorely needed for television and Zworykin was one of the first to demonstrate a television system with all the features of modern picture tubes. Philo T. Farnsworth - Electronic. In 1927, American inventor Philo Farnsworth became the first inventor to transmit a television image comprised of 60 horizontal lines. The image transmitted was a dollar sign. Farnsworth also developed the dissector tube, the basis of all current electronic televisions. He filed for his first television patent (patent #1,773,980) in 1927. Louis Parker - Television Receiver. Louis Parker invented the modern changeable television receiver. The patent was issued to Louis Parker in 1948.


sharp history & facts
1976 to 1978. 1  Sharp develops a TV employing an EL panel that is a mere 3 cm thick. This thin TV attracts a great deal of attention at electronics shows. 2  The Company introduces the world's first card-sized, sensor-touch electronic calculator. 3  Sharp sells the world's first Picture-in-Picture TV sets.


sharp history & facts
1976 to 1978. 1  Sharp develops a TV employing an EL panel that is a mere 3 cm thick. 2  The Company introduces the world's first card-sized, sensor-touch electronic calculator. 3  Sharp sells the world's first Picture-in-Picture TV sets. 4  Sharp enters the controller market in earnest with a sequence controller..


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The first thing I would say is that you cannot separate nutrition and training. The two work together synergistically and regardless of your goals-gaining muscle, losing fat, athletic conditioning, whatever. You will get less than-optimal or even non-existent results without paying attention paid to both.


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Overview. A balanced diet is one that gives your body the nutrition it needs to function properly. In order to get truly balanced nutrition, you should obtain the majority of your daily calories from fresh fruits and vegetables, whole grains, and lean proteins.


Why Is Nutrition So Important?
Every tissue in your body is made up of protein and it is important to consume enough through your diet to replenish it. Protein is also needed to help your immune and nervous system. Good Nutrition Provides Energy. The analogy I think of when discussing nutrition and our bodies is that of a race car.


What is a balanced diet?
Why a Balanced Diet Is Important. A balanced diet is important because your bodyâs organs and tissues need proper nutrition to work effectively. Without good nutrition, your body is more prone to disease, infection, fatigue, and poor performance.


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If you're a beginner and you don't posses nutritional knowledge, then mastering nutrition is far more important than training and should become your number one priority. I say this because improving a poor diet can create rapid, quantum leaps in fat loss and muscle building progress.


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I Don't Adapt My Routine. So, to answer the question, while nutrition is ALWAYS critically important, it's more important to emphasize for the beginner (or the person whose diet is still a mess), while training is more important for the advanced person... (in my opinion).


Why Is Nutrition So Important?
Vitamins and Minerals. Vitamins and minerals are important nutrients our bodies need in order to not only function properly but also allow chemical reactions to occur at a faster rate. They are needed just like the 3 macronutrients, however only in small amounts.


Why Is Nutrition So Important?
It is needed in order for our bodies to survive. Water is just as important as eating a healthy diet. It can also act as a detox and cleanse your body. While exercising, water acts as a cooling agent and helps prevent any overheating. I suggest drinking your body weight x .66 to get the amount of ounces to drink on a daily basis.


What is a balanced diet?
The source of your daily calories is just as important as the number of calories you consume. You should limit your consumption of âempty calories,â or those that provide little or no nutritional value. The USDA defines empty calories as calories that come from sugars and solid fats, such as butter and shortening.


Does boiling tap water make tap water cleaner to drink?
Well water can go either way - usually the best way to know for certain is to have your water tested professionally. Tap water.... boiling water will do three things - it will kill all un-encysted bacteria, it will reduce (but not eliminate) the amount of chlorine, and it will remove any oxygen from the water. City water will almost never have bacteria in it. It will have chlorine, but even boiling will only reduce the amount of chlorine, it will not eliminate it. There are different types of chlorine in your water, and some of it just won't come out, no matter how you filter or boil it. Sorry, that's just the way it is.


That Water is Unsafe to Drink
How Long Does the Water Need to Boil? Water does do not even have to reach the boiling point (about 212Â° F or 100Â° C at sea level) to be rendered safe to drink; Once the water temperature reaches 185Â° F (85Â° C) nearly all disease causing organisms have been destroyed.


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Water Born Disease Organisms. 1  Drinking water. 2  Oral hygiene such as rinsing your mouth or brushing your teeth. 3  Cleaning of vegetables and other foods. 4  Cleaning of cooking and eating utensils. 5  Douching and enemas if you are into such things best left unsaid.


Does boiling tap water make tap water cleaner to drink?
Â· just now. 1  Boiling Tap Water. 2  For the best answers, search on this site https://shorturl.im/avcV0. 3  boiling tap water does not make it cleaner. 4  This is only true for some bacteria in the water. 5  If you want to remove chemicals from tap water, getting a water filter such as a Brita filter is the way to go.


That Water is Unsafe to Drink
The only reason you typically get water up to the boiling point is you probably do not have a thermometer handy to measure the water temperature. Boiling is proof positive the water is hot enough to make it safe to drink. You can also throw out the myth that you must boil water longer at higher elevations. The boiling point of water even on Mount Everest is still high enough to destroy all disease causing organisms even before the water has started to boil. For more information on boiling water to make it safe to drink read the breakthrough Survival Topic âHow Long Do you Need to Boil Water?â. In conclusion: Consider water from any source as contaminated with disease causing organisms. By far the best way to treat water is by boiling it. You only have to bring the water to a boil. Donât waste fuel; there is no need to boil water for 10-minutes, 5-minutes, or even 1-minute. Once it is boiling all disease causing organisms have been destroyed or rendered inert some time earlier. Even on Mount Everest, the highest point on earth, once water reaches the boiling point it is safe to drink.


Does boiling tap water make tap water cleaner to drink?
Best Answer: It kills bacteria and any organisms that may be in the water supply. But, if someone has poisoned your water on purpose then boiling it will not ...


Does boiling tap water make tap water cleaner to drink?
for small children you have to boil their water then cool it before they can drink it. however - the water must boil for AT LEAST four minutes, otherwise the water is not sterile. small childrens' bodies cannot process some of the pollutants that are in normal tap water, even though adults can. i can only guess that your friend is trying to clean the pollutants from regular tap water out of his body. when the water is cooled it must be sealed in an air tight container - like a ...


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In short, before you use water for any purpose that ends up in your body including. 1  Drinking water. 2  Oral hygiene such as rinsing your mouth or brushing your teeth. 3  Cleaning of vegetables and other foods. 4  Cleaning of cooking and eating utensils. 5  Douching and enemas if you are into such things best left unsaid.


That Water is Unsafe to Drink
For more information on boiling water to make it safe to drink read the breakthrough Survival Topic âHow Long Do you Need to Boil Water?â. In conclusion: Consider water from any source as contaminated with disease causing organisms. By far the best way to treat water is by boiling it. You only have to bring the water to a boil. Donât waste fuel; there is no need to boil water for 10-minutes, 5-minutes, or even 1-minute. Once it is boiling all disease causing organisms have been ...


What did Kaiser Wilhelm II do?
Best Answer: The Kaiser was the monarch of Germany. Many people outside Germany considered him a virtual dictator, although that may not necessarily be true, but he was definitely a foe of democracy. He supported a militant foreign policy, as did the German high command. The Kaiser (emperor) was the symbol of the newly unified Germany. Both Britain and Germany wanted to dominate Europe economically and poltically. The Kaiser supported a dominant position for Germany.


What did Kaiser Wilhelm II do?
He didn't start WWI. The war started out of a dispute between Austria-Hungary and Serbia, over the assassination of Archduke Franz Ferdinand, who was killed by a Serb nationalist. Austria demanded concessions from Serbia. Serbia refused. Russia took the side of Serbia.


Wilhelm II, German Emperor
German foreign policy under Wilhelm II was faced with a number of significant problems. Perhaps the most apparent was that Wilhelm was an impatient man, subjective in his reactions and affected strongly by sentiment and impulse.


Pre-WWI Timeline 1871-1914
The only direct German-British relation of recent times before World War I. Also, it has to be noted that Wilhelm I himself initially did not want the marriage and only went with it due to his wife's desire for German-Britain relations. Strained Franco-German relations. Spurred French desire to regain back power. Bismark started the first form of Alliance System and forged careful alliances.


The Last German Emperor
Something which Bismarck was able to effect was the creation of the Bismarck myth. This was a viewâwhich some would argue was confirmed by subsequent eventsâthat, with the dismissal of the Iron Chancellor, Wilhelm II effectively destroyed any chance Germany had of stable and effective government.


Otto von Bismarck
Bismarck resigned at Wilhelm II's insistence in 1890, at the age of 75, to be succeeded as Chancellor of Germany and Minister-President of Prussia by Leo von Caprivi, who in turn was replaced by Chlodwig, Prince of Hohenlohe-Schillingsfuerst, schillingsfÃ¼rst in. 1894


Wilhelm II, German Emperor
As a grandchild of Queen Victoria, Wilhelm was a first cousin of the British Empire's King George V, as well as of Queens Marie of Romania, Maud of Norway, and Victoria Eugenie of Spain, and of the Empress Alexandra of Russia. In 1889, Wilhelm's younger sister, Sophia, married the future King Constantine I of Greece.


Pre-WWI Timeline 1871-1914
The secret treaty between France and Russia stipulated that if one of the countries of the Triple Alliance (Germany, Austria-Hungary and Italy) attacked France or Russia, its ally would attack the aggressor in question. If a Triple Alliance country mobilized its army, France and Russia would mobilize.


Pre-WWI Timeline 1871-1914
It acted as the counterpart to the Austrian-German Dual Alliance of 1979 in that. now both Germany and Russia are vulnerable to an attack from two countries. However, in truth, the Tzar Alexander III of Russia had always resented Kaiser Wilhelm II.


Pre-WWI Timeline 1871-1914
French loss of Alsace-Loraine territory to Germany. Unification of German empire. Wilhelm I became 1st German Kaiser (King) while Otto von Bismark became Chancellor of Germany (Prime Minister). Ended the Balance of Power system.


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1 If you're 175cm tall and your arm span is 180cm your ape index would be 1.028.  For the alternative approach the height is subtracted from your arm span: Ape Index 2 = Arm Span - Height. Still being 180cm tall and with an arm span of 175cm this alternative ape index would be 5 (cm).


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The average wingspan for an NBA player (even normal 6'0 guys) is +4 inches. I think that around your height thing is just an estimate. For the general population, the average might be +2 inches.


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I've a waist to hip ratio of 0.68, and waist to height ratio of 0.47. I am perfectly healthy according to what I've read, but I also might be ...


Forrest Fenn Treasure Facts
Wondering if you guys know... My height is 5 feet 8.5 inches. Wingspan is 5 feet 11 inches. Standing reach is 7 feet 4.5 inches.


Your Ape Index
1 Ape Index 1 = Arm Span / Height. If you're 175cm tall and your arm span is 180cm your ape index would be 1.028.  For the alternative approach the height is subtracted from your arm span: Ape Index 2 = Arm Span - Height. Still being 180cm tall and with an arm span of 175cm this alternative ape index would be 5 (cm).


What is the common ratio of height to arm wingspan?
This article, about NBA players' wingspans, refers to a medical journal article which says that Arm span exceeds height by 5.3 cm (2.1 in) in the average adult man and by 1.2 cm (0.5 in) in the average adult woman..


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Re: Normal wingspan and standing reach. Post#2 Â» Wed Jun 4, 2014 9:22 am. I thought the normal wingspan is when it's around your height. So maybe 1 inch more or 1 inch less than your height should be average. I'm 1.77m tall and have a wingspan around 1.80m.


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Why is the length of someone's arms equals to his height? What is the correlation between the height of one's legs and the length of one's arms? Given that the common height of the population in biblical times was less than today, what must Goliath's height have been to be called a gian...


Your Ape Index
1 Usually it is defined as the ratio of arm span to height: Ape Index 1 = Arm Span / Height. If you're 175cm tall and your arm span is 180cm your ape index would be 1.028.  For the alternative approach the height is subtracted from your arm span: Ape Index 2 = Arm Span - Height.


What is the common ratio of height to arm wingspan?
If the average American man is 175.9cm tall, and the average wingspan is 175.9cm + 5.3cm = 181.2 cm, then the average wingspan-to-height ratio is 1.03:1.


Fix: Microsoft Edge runs slow in Windows 10
According to various tests, Microsoft Edge is a very fast browser, even faster than Chrome. But, some users reported that for some reason, Microsoft Edge on their computers runs very slow. So, we prepared a couple of solutions to help those who are facing this issue to use Microsoft Edge at its full speed.


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Even with the extensions, it is as fast as the all the other IE, FF and Edge. I would use FF by default only if it had the extensions I use with Chrome. Besides I only have a temp Windows 10 (only for testing) so I would never use Edge any ways, because I will never us Windows 10, IMO it is a pitiful OS.


Fix: Microsoft Edge runs slow in Windows 10
On the General tab, under Browsing History, go to Settings. On the Temporary Internet Files tab, click on Move folderâ¦. Choose the new location for âTemporary Internet Filesâ folder (like C:\Users\yourname) Then set the Disk Space to use 1024MB and click OK. Open Microsoft Edge, and see if the browsing is now faster]


Microsoft Says its New Browser Is Insanely Fast
Microsoft Says its New Browser Is Insanely Fast. Microsoftâs new replacement for Internet Explorer appears to be faster than its competitors. The new web browser, called Microsoft Edge, beat Googleâs Chrome and Appleâs Safari browsers in a series of JavaScript benchmarks conducted by Microsoft. According to a Microsoft blog post, Edge was 112% faster, 11% faster and 37% faster than Chrome in three different speed tests.


Microsoft Edge : Browser 112% faster than Google Chrome Browser
Microsoft Edge : Browser 112% faster than Google Chrome Browser. Google Chrome web browser is rated as the most popular web browser in the world. But Microsoft claims that their new web browser for windows 10, called Edge, might prove to be fastest. Microsoft wants their user to enjoy faster browsing at great speed.


Where was dynamite invented?
Best Answer: Dynamite was invented by Alfred Nobel and was the first safely manageable explosive stronger than black powder. Nobel obtained patents for his invention: in England on 7 May 1867 and in Sweden on 19 October 1867. He originally sold dynamite as Nobel's Blasting Powder.


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Best Answer: Dynamite was invented by Alfred Nobel and was the first safely manageable explosive stronger than black powder. Nobel obtained patents for his invention: in England on 7 May 1867 and in Sweden on 19 October 1867.


Dynamite
Dynamite is a commercial explosive used mainly for demolition and mining. Invented in 1866 by Alfred Bernhard Nobel (1833-1896), it is more accurately described as the packaging of nitroglycerin, a highly poisonous explosive liquid, or other volatile compounds such as sensitized ammonium nitrate.


Where was dynamite invented?
Answers. Best Answer: Dynamite was invented by Alfred Nobel and was the first safely manageable explosive stronger than black powder. Nobel obtained patents for his invention: in England on 7 May 1867 and in Sweden on 19 October 1867.


Who invented dynamite?
In 1860 Alfred started experimenting with nitroglycerine. In 1867, Alfred Nobel got U. S. patent for dynamite. Alfred was born on 21 st October in the year 1833 in Stockholm of Sweden. He was the third son of Immanuel and Andriette Ahlsell Nobel. When he was just nine, his family shifted to Russia.


Who invented dynamite?
In 1860 Alfred started experimenting with nitroglycerine. In 1867, Alfred Nobel got U. S. patent for dynamite. Alfred was born on 21 st October in the year 1833 in Stockholm of Sweden.


Who invented dynamite?
Dynamite was invented in 1866 by a Swedish inventor, chemist and industrialist Alfred Nobel. In 1860 Alfred started experimenting with nitroglycerine.


JUST THE FACTS
  The explosive dynamite was invented in 1866 (patented in 1867) by Swedish chemist Alfred Nobel. The word is of Greek origin and yes, Alfred Nobel is the same man who inv â¦ ented the Nobel Peace Prize.


Who invented dynamite?
Dynamite was invented in 1866 by a Swedish inventor, chemist and industrialist Alfred Nobel.


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40 REVIEW [FALL 06] hen Alfred Nobel invented dynamite in 1866, his intention was thatthe explosive would be used inconstruction. As a result of anaccident in his lab, he discovered a way to make nitroglycerin safer andless volatile to handle and it could be easilydetonated.


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It isn't. The Sahara Desert is only the world's largest hot desert. The world's largest desert is Antarctica since a desert is defined as an area receiving less than 250 mm or â¦ 10 inches of precipitation per year. The Antarctic desert covers 13.9 million square kilometres, or almost 5.5 million square miles.


Where is the Sahara Desert?
The rain in the Sahara is less than 10 inches a year. People cannot survive without water. There are few lakes. Most of these anyway are saltwater lakes. People cannot drink â¦ from them. Lake Chad is the only freshwater lake in the desert. Rivers once ran through the Sahara.


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Hot Desert. Arabian Desert. Arabian Peninsula. dromedary, dung beetle, camel, civet, Egyptian vulture, flamingo, fox, gazelle, hare, hedgehog, Arabian horse, hyena, ibex, jackal, jerboa, lesser bustard, lizard, locust, oryx, peregrine falcon, porcupine, sand cobra, scorpion, skink, veiled chameleon, viper, etc.


What do you find in a desert?
YOu can find cactus sand stones chipminks snakes spiders wind pyramids and sun....


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A Desert Lizard finds shelter in arid regions that have loose soil so it can do its' burrowing downwards, usually near sandy soils that has limited vegetation of sagebrush or â¦ shadscale (gives shelter and rations for the lizard) , they can also shelter in hardpan and gravelly soils as well.


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Hot Desert. Sahara. North Africa. addax antelope, barn owls, cape hare, dama deer, desert hedgehog, dorcas gazelle, fan-tailed raven, Fennec fox, gerbil, horned viper, jackal, jerboa, mouse, Nubian bustard, ostrich, sand fox, shrew, slender mongoose, spiny-tailed lizard, spotted hyena, etc.


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Going without food and/or water is generally not painful, and eating can add to discomfort. Losing oneâs appetite is a common and normal part of dying. Swallowing may also be a problem, especially for people with dementia. A conscious decision to give up food can be part of a personâs acceptance that death is near.


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If the restlessness is not controlled with even extraordinary doses of drugs, we can provide whatâs called âpalliative sedationâ: we give other drugs (such as phenobarb) which actually allow the person to go to sleep and remain that way until death if necessary.


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Comfort care is an essential part of medical care at the end of life. It is care that helps or soothes a person who is dying. The goals are to prevent or relieve suffering as much as possible and to improve quality of life while respecting the dying personâs wishes. You are probably reading this because someone close to you is dying. You wonder what will happen. You want to know how to give comfort, what to say, what to do.


"End of Life:: Morphine starting as needed.... is this step called ""actively dying""?"
I believe actively dying is when a person takes no food or drink and is barely conscious or not conscious at all and can't communicate. Since you recognize that Hospice Care comes in as life goes out, the best that you can do is keep her comfortable.


"End of Life:: Morphine starting as needed.... is this step called ""actively dying""?"
Hospice is placing my 78 year old dear mom on morphine and anti-anxiety meds as needed. She refuses food and drink some meals (usually when I am not there to feed her), but eats and drinks with me, with difficulty swallowing even her pureed foods.


"End of Life:: Morphine starting as needed.... is this step called ""actively dying""?"
They tried the patch and atropine and both didn't work. Nebulizer and oxygen as well - but no real difference in mom's breathing difficulty. I had to insist more comfort care for her - through tears - and so now the next level of care is being instituted - morphine and anti-anxiety meds.


"End of Life:: Morphine starting as needed.... is this step called ""actively dying""?"
My experience is much like everyone else's. My dad was prescribed morphine by hospice on an 'as needed' basis. The staff at his NH didn't think he needed it so they didn't give it. However, when I was with my dad he'd admit to me (and me only) that he was in pain.


What is it like to die?
What happens during the dying process? How long does it take? Dying is affected by many variables such as the presence of heart disease, dementia, diabetes, or infection (pneumonia). Although itâs really out of our hands, in general, one will die within three to seven days after stopping drinking fluids. The following are the most common symptoms a family will see:


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It's common for someone going through the dying process, to also have a period of rebound, or rally--can be hours, days or a few weeks ahead of their dying---when their health & demeanor perk up, as if they are fine, sometimes....this rally can fool most family into thinking they are on the road to recovery.


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Many practical jobs need to be done at the end of lifeâboth to relieve the person who is dying and to support the caregiver. Everyday tasks can be a source of worry for someone who is dying, and they can overwhelm a caregiver.


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Denied BoardingâWhat is it and how you can prevent it? Denied boarding issues can ruin a trip. It is estimated that 2% of passengers who arrive at airports around the world do not have the proper documentation to leave or continue on their journey. There are five major issues which can be avoided by simply taking the time to check your documentation.


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A leading cause of denied boarding problems stem from childrenâs passports. Adult passports are valid for (10) ten years; childrenâs passports are valid for (5) five years. Families with underage children who apply for their passports at the same time, often assume that the childâs passport has the same validity.


deny
Be Careful! If someone answers 'no' to an ordinary question in which they are not accused of anything, don't say that they 'deny' what they are asked. Don't say, for example, 'I asked him if the train had left, and he denied it'. You say 'I asked him if the train had left, and he said no'. She asked if you'd been in and I said no.


Denied boarding
When an air carrier reasonably expects to deny boarding on a flight, it first calls for volunteers to surrender their reservations in exchange for certain benefits.


deny
Deny must be followed by an object, a that-clause, or an -ing form. You say, for example, 'He accused her of stealing, but she denied it'. Don't say 'He accused her of stealing but she denied'. Be Careful!


Denied boarding
In the event of denied boarding, the passengers concerned have the right to: reimbursement of the cost of the ticket within seven days or a return flight to the first point of departure or re-routing to their final destination;


deny
1. to declare (an assertion, statement, etc) to be untrue: he denied that he had killed her. 2. to reject as false; refuse to accept or believe. 3. to withhold; refuse to give. 4. to refuse to fulfil the requests or expectations of: it is hard to deny a child.


Denied boarding
If an insufficient number of volunteers come forward to allow the remaining passengers to board the flight, the air carrier may then deny boarding to passengers against their will, in which case it must compensate them. Air carriers give priority to persons with reduced mobility and any persons accompanying them.


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Article 4 Denied boarding. 1. When an operating air carrier reasonably expects to deny boarding on a flight, it shall first call for volunteers to surrender their reservations in exchange for benefits under conditions to be agreed between the passenger concerned and the operating air carrier.


Flight Compensation Regulation 261/2004
(Redirected from Denied boarding compensation) European Commission Regulation 261/2004 is a regulation establishing common rules on compensation and assistance to passengers in the event of denied boarding, flight cancellations, or long delays of flights. It repealed Regulation (EEC) No 295/91, and went into effect on 17 February 2005.


Investment Management
U.S. Bank is not responsible for and does not guarantee the products, services or performance of U.S. Bancorp Investments. The information provided represents the opinion of U.S. Bank and is not intended to be a forecast of future events or guarantee of future results.


Investment Products and Financial Services
Credit products are offered by U.S. Bank National Association and subject to normal credit approval. Deposit products are offered by U.S. Bank National Association, Member FDIC. U.S. Bank is not responsible for and does not guarantee the products, services or performance of U.S. Bancorp Investments.


Contact Us
Banking products are provided by Bank of America, N.A. and affiliated banks. Members FDIC and wholly owned subsidiaries of Bank of America Corporation.


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Working with companies to drive the economy forward. For small businesses working to expand, fast-growing middle-market companies or multi-national corporations seeking access to capital markets worldwide, Bank of America and its subsidiaries offer a wide range of products and services.


Enroll in Online and Mobile Banking
Investment products and services are available through U.S. Bancorp Investments, the marketing name for U.S. Bancorp Investments, Inc., member FINRA and SIPC, an investment adviser and a brokerage subsidiary of U.S. Bancorp and affiliate of U.S. Bank.


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Bank of America offers innovative banking products and services with unmatched accessibility and security delivered by responsive, knowledgeable employeesâall for a banking experience that is clear and straightforward.


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People. Bank of America offers innovative banking products and services with unmatched accessibility and security delivered by responsive, knowledgeable employeesâall for a banking experience that is clear and straightforward.


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Bank of America is all about providing people, companies and institutional investors the financial products and services they need to help achieve their goals at every stage of their financial lives.


U.S. Bank Â®Products & Services
U.S. Bank products and services are designed to help you achieve your financial goals. Apply for one or more of our products today. Many of our checking accounts and credit cards offer instant approval.


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People, companies and institutional investors. Bank of America is all about providing people, companies and institutional investors the financial products and services they need to help achieve their goals at every stage of their financial lives.


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Use of ATR-FTIR spectroscopy coupled with chemometrics for the authentication of avocado oil in ternary mixtures with sunflower and soybean oils


Ternary phase diagrams
Finally, mixtures of any two compositions, such as A and B in Fig. 1d, lie on a straight line connecting the two points on the ternary diagram. Compositions represented on a ternary diagram can be expressed in volume, mass, or mole fractions. For vapor/liquid equilibrium diagrams, mole fractions are most commonly used. Fig. 1 â Properties of ternary diagrams.


Ternary phase diagrams
Any one ternary diagram is given for fixed temperature and pressure. As either the temperature or pressure is varied, the location of the binodal curve and slopes of the tie lines may change. Fig. 3 shows the effect of increasing pressure on ternary phase diagrams for mixtures of C 1, butane (C 4), and decane (C 10) at 160Â°F. The sides of the ternary diagram represent a binary system; therefore, the ternary diagram includes whatever binary tie lines exist at the temperature and pressure of the diagram.


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Figure 3-2: Pseudo-ternary phase diagram for the system: soybean oil (0% w/w Vitamin E loading in the oil phase) + Tween 80 + anhydrous glycerol + waterâ¦..â¦36 Figure 3-3: Pseudo-ternary phase diagram for the system: soybean oil + Tween 20 +


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[hide] 1  1 Properties of ternary diagrams. 2  2 Features of ternary diagrams. 3  3 Plait point. 4  4 Phase behavior representation. 5  5 References. 6  6 Noteworthy papers in OnePetro. 7  7 External links. 8  8 See also.


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Figure 2-6: Tie lines of a pseudo-ternary phase diagramâ¦â¦â¦â¦â¦..â¦â¦â¦.â¦.â¦â¦.21. Figure 3-1: The illustration of DLS techniqueâ¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦.......â¦.â¦31. Figure 3-2: Pseudo-ternary phase diagram for the system: soybean oil (0% w/w. Vitamin E loading in the oil phase) + Tween 80 + anhydrous glycerol + waterâ¦..â¦36.


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Figure 3-6: Pseudo-ternary phase diagrams for the system: soybean oil + Tween 80 + Cremophor EL + anhydrous glycerol + waterâ¦â¦â¦â¦...â¦â¦â¦..â¦â¦â¦â¦â¦â¦â¦â¦..38 Figure 3-7: Pseudo-ternary phase diagrams for the system: soybean oil + Tween 20 + Cremophor EL + anhydrous glycerol + waterâ¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦â¦38 Figure 4-1: Pseudo-ternary phase diagram for the system: soybean oil (10% w/w


Ternary phase diagrams
Ternary phase diagrams. Phase diagrams are graphical representations of the liquid, vapor, and solid phases that co-exist at various ranges of temperature and pressure within a reservoir. Ternary phase diagrams represent the phase behavior of mixtures containing three components in a triangular diagram.


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The purpose of this research was to develop the pseudo-ternary phase diagrams for a. model drug delivery system consisting of vitamin E (model drug) + soybean oil +. surfactant + co-surfactant (anhydrous glycerol) + water. The model drug (vitamin E) was loaded in the oil phase.


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Figure 4-4: Pseudo-ternary phase diagram for the system: soybean oil (40% w/w Vitamin E loading in the oil phase) + Tween 80 + anhydrous glycerol + water..â¦â¦46 Figure 4-5: Pseudo-ternary phase diagram for the system: soybean oil (50% w/w Vitamin E loading in the oil phase) + Tween 80 + anhydrous glycerol + waterâ¦â¦..46 Figure 4-6: Particle size distribution by intensity for O


What is Slow Flow Vinyasa Yoga?
Those, who are familiar with the traditional practice of holding of yoga poses (also known as Hatha Yoga), find Vinyasa to be an invigorating yoga practice as breath, movement, and posture form a continuous, flowing, dance-like, moving meditation. The Sun Salutations series is the most commonly known Vinyasa movement.


Hatha yoga
The HathapradÄ«pikáº¡, also called Hatha Yoga Pradipika, is an important and one of the most influential texts of the Hatha yoga. It was compiled by SvÄtmÄrÄma in the 15th century CE from earlier hatha yoga texts.


ARCADIA YOGA IMMERSION:
The style has been developed by Simon and studio partner Bianca Machliss over 30 years and incorporates asanas (poses and postures), vinyasa (exercises) and pranayama (breathing control) and meditation. Itâs a dynamic, moving meditation, which links specific yoga postures performed in sequence, with specific breathing patterns.


The History of Yoga - Where Did Yoga Come From?
This sophisticated culture developed around the Indus river and the long gone Sarasvati river in northern India, on the border towards Pakistan and had sewage systems, baths as early as 2,600 BC. While many religions continue to want to make yoga their own creation, it belongs to all of us.


Teacher Trainings
Teacher Trainings. Larry Schultz used his creative expression to bring the Rocket Vinyasa Sequences to life out of the inspiration discovered from his daily practice of Ashtanga Vinyasa Yoga. Throughout the years, Larry refined and developed Rocket Vinyasa into what we see today through his own personal practice and by observing the students.


Ashtanga vinyasa yoga
There are three principal bandhas which are considered internal body locks: 1  MÅ«la Bandha; or root lock at the pelvic floor (drawing in the perineum) 2  Uá¸á¸Ä«yÄna Bandha; drawing back the abdomen, 2 inches below the navel. 3  JÄlaá¹dhara Bandha; throat lock, achieved by lowering the chin slightly while raising the sternum.


A Beginner's Guide to 8 Major Styles of Yoga
Developed by American yogi John Friend in 1997, Anusara yoga is a relative newcomer to the yoga world. Based on the belief that weâre all filled with an intrinsic goodness, Anusara seeks to use the physical practice of yoga to help students open their hearts, experience grace, and let their inner goodness shine through.


Baptiste Power Vinyasa
Baptiste Power Vinyasa Definition - Baptiste Power Vinyasa is a style of yoga that was developed by Walt Baptiste in 1940. The asana in Baptiste... Baptiste Power Vinyasa Definition - Baptiste Power Vinyasa is a style of yoga that was developed by Walt Baptiste in 1940.


Hatha yoga
The Hatha yoga texts acknowledge and refer to Patanjali yoga, attesting to the latter's antiquity. However, this acknowledgement is in the passing, and the Hatha Yoga texts offer no serious commentary or exposition of the Patanjali's system. This suggests that Hatha yoga likely developed as a satellite branch of the more ancient yoga. According to P.V. Kane, Patanjali yoga concentrates more on the yoga of the mind, while Hatha yoga focuses on body and health.


The Origins and History of Viniyoga
In the West, this term basically refers to the physical practice of yoga. There are a wide variety of yoga types that fall under that umbrella. From stronger, more athletic styles like Bikram, Ashtanga and Vinyasa yoga, to form-focused styles like Iyengar, to more therapeutic and individualized styles like Viniyoga. Some of these styles have been passed down from generation to generation for hundreds, if not thousands, of years.


What Is the Metric Unit of Measure for the Volume of a Solid?
An individual can determine the volume of regular solids by multiplying their height in centimeters by their length in centimeters by their width in centimeters. For instance, a cube that is 10 centimeters long, 10 centimeters tall and 10 centimeters wide contains a volume of 1,000 cubic centimeters. To measure the volume of an irregularly shaped object, water displacement is an effective technique.


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Dr. $ Share. Jun 29, 2014. The density of an object is equal to the amount of mass it has per unit of volume. As a result, all units of density have to be in the general form of (unit of mass/unit of volume). The most common one we scientists use is grams/mL or grams/cubic centimeter (they're the same).


Metric System of Measurement
Cubic Meter (m3) Volume is length by length by length, so the basic unit of volume is a cube that is 1 meter on each side. The Unit is written m3 (cubic meters). So, a cube that is 1 meter on each side is a cubic meter (m3) ... ... and that is also equal to 1,000 liters.


What Is the Metric Unit of Measure for the Volume of a Solid?
Cubic centimeters is the correct unit for measuring the volume of a solid. By contrast, liters are the correct units for measuring the volume of a liquid. For substances such as water, with a specific gravity of 1, each cubic centimeter of the liquid is equal to 1 milliliter of the liquid. However, most liquids have different specific gravities, so this relationship is not universal.


What Is the Metric Unit of Measure for the Volume of a Solid?
For example, if a small rock is placed in a cylinder with 50 cubic centimeters of water, and the water rises to the 100 cubic centimeter mark, it means the rock displaced 50 cubic centimeters of water, and therefore has a volume of 50 cubic centimeters.


Metric Volume
You may come across these other volume measurements: Volume is length by length by length, so the basic unit of volume is a cube that is 1 meter on each side. The Unit is written m3 (cubic meters). So, a cube that is 1 meter on each side is a cubic meter (m3) ...


Volume
Any unit of length gives a corresponding unit of volume, namely the volume of a cube whose side has the given length. For example, a cubic centimetre (cm3) would be the volume of a cube whose sides are one centimetre (1 cm) in length. In the International System of Units (SI), the standard unit of volume is the cubic metre (m3). The metric system also includes the litre (L) as a unit of volume, where one litre is the volume of a 10-centimetre cube.


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Frequently they are the amount of something per unit volume, for example charge density measured in coulombs per cubic centimeter. There can also be surface density (charge per unit area, or Coulombs per square meter), and linear density (for example, mass per unit length or kg/m).


Volume
This cup measures volume in units of cups, fluid ounces, and millilitres. Volume is the quantity of three-dimensional space enclosed by a closed surface, for example, the space that a substance (solid, liquid, gas, or plasma) or shape occupies or contains.


Volume
Various other traditional units of volume are also in use, including the cubic inch, the cubic foot, the cubic mile, the teaspoon, the tablespoon, the fluid ounce, the fluid dram, the gill, the pint, the quart, the gallon, the minim, the barrel, the cord, the peck, the bushel, and the hogshead.


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Driving distance from BWI to Capitol Hill, DC. The total driving distance from BWI to Capitol Hill, DC is 32 miles or 51 kilometers.Your trip begins at Baltimore/Washington International Thurgood Marshall Airport in Baltimore, Maryland. It ends in Capitol Hill, District of Columbia.riving distance from BWI to Capitol Hill, DC. The total driving distance from BWI to Capitol Hill, DC is 32 miles or 51 kilometers.


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The total driving time is 40 minutes. Your trip begins at Baltimore/Washington International Thurgood Marshall Airport in Baltimore, Maryland. It ends in Capitol Hill, District of Columbia.If you're planning a road trip, you might be interested in seeing the total driving distance from BWI to Capitol Hill, DC.You can also calculate the cost to drive from BWI to Capitol Hill, DC based on current local gas prices and an estimate of your car's best gas mileage.t ends in Capitol Hill, District of Columbia. If you're planning a road trip, you might be interested in seeing the total driving distance from BWI to Capitol Hill, DC. You can also calculate the cost to drive from BWI to Capitol Hill, DC based on current local gas prices and an estimate of your car's best gas mileage.


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Map of driving directions from BWI to Capitol Hill, DC. Click here to show map. Drag the line on the map to calculate the driving distance for a different route. If you want to verify these driving directions or look for another possible route, you can try.Google Maps, Bing Maps, or MapQuest.t ends in Capitol Hill, District of Columbia. If you're planning a road trip, you might be interested in seeing the total driving distance from BWI to Capitol Hill, DC. You can also calculate the cost to drive from BWI to Capitol Hill, DC based on current local gas prices and an estimate of your car's best gas mileage.


Transportation Between BWI Airport and Washington, D.C.
As of December 2013, the MARC also now runs on the weekends. Amtrak Train. Amtrak also has a train that runs from the BWI Marshall Rail Station to Union Station in DC. Free shuttle service is provided between the airport and the BWI Rail Station.The cost of the train ticket into Union Station varies depending on the time of your travel, but expect to pay between $15-$45 for a one-way ticket.Visit the Amtrak website to book tickets in advance.nother option is to take the Metrobus service that operates between Greenbelt (the metro stop furthest north) and BWI Airport. The fee for transport is $6 each way. Passengers can then ride the metro from Greenbelt into the city.


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Washington DC. Washington, DC to BWI 32.3 mi-about 48 mins (up to 1 hour 10 mins in traffic). 1. Head north on 14th St NW/US-1 toward Madison Dr NW 0.1 mi. 2. Turn right at Constitution Ave NW/US-1 0.6 mi.3. Turn left at 6th St NW/US-1 0.8 mi. 4. Turn right at New York Ave NW/US-50 E. Entering Maryland 4.6 mi. 5. Take the Balt-Wash.ashington, DC to BWI 32.3 mi-about 48 mins (up to 1 hour 10 mins in traffic). 1. Head north on 14th St NW/US-1 toward Madison Dr NW 0.1 mi.


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Washington, DC to BWI 32.3 mi-about 48 mins (up to 1 hour 10 mins in traffic). 1. Head north on 14th St NW/US-1 toward Madison Dr NW 0.1 mi.2. Turn right at Constitution Ave NW/US-1 0.6 mi. 3. Turn left at 6th St NW/US-1 0.8 mi. 4. Turn right at New York Ave NW/US-50 E. Entering Maryland 4.6 mi. 5. Take the Balt-Wash.ashington, DC to BWI 32.3 mi-about 48 mins (up to 1 hour 10 mins in traffic). 1. Head north on 14th St NW/US-1 toward Madison Dr NW 0.1 mi.


Capitol Hill
Capitol Hill, in addition to being a metonym for the United States Congress, is the largest historic residential neighborhood in Washington, D.C. , stretching easterly in front of the United States Capitol along wide avenues.t is one of the oldest residential neighborhoods in Washington, D.C. , and with roughly 35,000 people in just under 2 square miles (5 km 2), it is also one of the most densely populated. As a geographic feature, Capitol Hill rises near the center of the District of Columbia and extends eastward.


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This is an online tool to calculate the Distance and Driving Directions between two addresses, places, cities, villages, towns or airports in Maryland (US). This distance and driving directions will also be displayed on google map labeled as Distance Map and Driving Directions Maryland (US).The distance between cities of Maryland (US) is calculated in kilometers(kms), miles and nautical miles. Note: The distance between cities in Maryland (US) distance chart below is straight line distance (may be called as flying or air distance) between the two locations in Maryland (US) calculated based on their latitudes and longitudes. This distance may be very much different from the actual travel distance.].


Capitol Hill
To the east of Capitol Hill lies the Anacostia River, to the north is the H Street corridor, to the south are the Southeast/Southwest Freeway and the Washington Navy Yard, and to the west are the National Mall and the city's central business district.t is one of the oldest residential neighborhoods in Washington, D.C. , and with roughly 35,000 people in just under 2 square miles (5 km 2), it is also one of the most densely populated. As a geographic feature, Capitol Hill rises near the center of the District of Columbia and extends eastward.


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[ Note: The distance between cities in Maryland (US) distance chart below is straight line distance (may be called as flying or air distance) between the two locations in Maryland (US) calculated based on their latitudes and longitudes.This distance may be very much different from the actual travel distance.]. Note: The distance between cities in Maryland (US) distance chart below is straight line distance (may be called as flying or air distance) between the two locations in Maryland (US) calculated based on their latitudes and longitudes. This distance may be very much different from the actual travel distance.].


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Which part of the body produces the sperm cells? this sac is found outside the body to kepp the sperm cell in a cooler temperature the testes produce billion of Edit


Semen
Semen, also known as seminal fluid, is an organic fluid that may contain spermatozoa. It is secreted by the gonads and other sexual organs of male or hermaphroditic animals and can fertilize female ova. In humans, seminal fluid contains several components besides spermatozoa: proteolytic and other enzymes as well as fructose are elements of seminal fluid which promote the survival of spermatozoa, and provide a medium through which they can move or swim. Semen is produced and originates from th


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The testes located in the scrotum makes sperm under the influence of the male hormone testosterone.


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Because the sperm is producâ¦ed inside of the male body, it has the same temperature, however core temperature often differs from the temperature of different organs or different areas inside the body, that is why seamen may seem a little hotter than the body.


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What part in the male body regulates sperm temperature? I would say it is several bodily functions that do. The human is a warm blooded creature and this is because his heart pumps blood around the body. Because the sperm is produc â¦ ed inside of the male body, it has the same temperature, however core temperature often differs from the temperature of different organs or different areas inside the body, that is why seamen may seem a little hotter than the body.


Semen
It is the sperm in the semen that is the fertile component, and therefore semen quality involves both sperm quantity and sperm quality. Quantity The volume of semen ejaculate varies but is generally about 1 teaspoonful or less.


Semen
Semen quality is a measure of the ability of semen to accomplish fertilization. Thus, it is a measure of fertility in a man. It is the sperm in the semen that is the fertile component, and therefore semen quality involves both sperm quantity and sperm quality. Quantity. The volume of semen ejaculate varies but is generally about 1 teaspoonful or less.


How fast is sperm produced by the male body?
That is one of the mysteries of nature. Scientists have not yet found the reason why females do not produce antibodies against male sperm. In all other cases when a foreign pr â¦ otein enters the body, the immune system triggers an allergic response.


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Scientists have not yet found the reason why females do not produce antibodies against male sperm. In all other cases when a foreign prâ¦otein enters the body, the immune system triggers an allergic response. In this case it does not, and we do not know what mechanism is at work to make this possible.


Seawater
Changes in ocean water density with depth at different latitudes. Seawater, or salt water, is water from a sea or ocean. On average, seawater in the world's oceans has a salinity of about 3.5% (35 g/L, or 599 mM), which is a specific gravity of about 1.025.This means that every kilogram (roughly one litre by volume) of seawater has approximately 35 grams (1.2 oz) of dissolved salts (predominantly sodium (Na+) and chloride (Clâ) ions).eawater is denser than both fresh water and pure water (density 1.0 g/ml at 4 Â°C (39 Â°F)) because the dissolved salts increase the mass by a larger proportion than the volume.