Supporting Child Welfare Traineeship Students through an Online Peer Network
This article describes the implementation of a peer network for social work traineeship students pursuing or continuing careers in child welfare. Literature on the best principles and practices for online community building reviewed and an explanation of how these best practices were utilized to build the online community is provided. Initial program design is described as well as program developments that occurred over four years of the program. The article then examines how the program’s evaluation was carried out and reviews some of the evaluation data. The article concludes with a discussion about the successes and challenges experienced in building the peer network and how other social work or traineeship programs, or agencies, might use an online peer network to support social work students and professionals.
Reflective Practice Online—Exploring the Ways Social Workers Used an Online Blog for Reflection
Social workers are increasingly using social media for networking, peer support, reflection, and fun. Social media presents exciting opportunities for social work practice; however, social workers and employers of social workers need to understand the challenges and conflicts that can occur. This study explored the experiences of social workers who used an online blog for reflection, describing different levels of engagement with reflection and the development of an online community of practice to support isolated social workers. This study is significant because although there are many studies that describe the experiences of students using a blog for reflection, the author has been unable to identify another study that focuses on the ways social workers engaged with a blog for reflection.
Gut immunity in Lepidopteran insects.
Lepidopteran insects constitute one of the largest fractions of animals on earth, but are considered pests in their relationship with man. Key to the success of this order of insects is its ability to digest food and absorb nutrition, which takes place in the midgut. Because environmental microorganisms can easily enter Lepidopteran guts during feeding, the innate immune response guards against pathogenic bacteria, virus and microsporidia that can be devoured with food. Gut immune responses are complicated by both resident gut microbiota and the surrounding peritrophic membrane and are distinct from immune responses in the body cavity, which depend on the function of the fat body and hemocytes. Due to their relevance to agricultural production, studies of Lepidopteran insect midgut and immunity are receiving more attention, and here we summarize gut structures and functions, and discuss how these confer immunity against different microorganisms. It is expected that increased knowledge of Lepidopteran gut immunity may be utilized for pest biological control in the future.