Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 2 of 2
Full-Text Articles in Medical Sciences
Optimizing Rna Isolation And Histology Protocols For Characterization Of Preclinical Models Of Tendon Disease, Deirdre Finnigan, Melika Meshkat, Ali Naeij, Dawn Bryce, Matthew W. Grol
Optimizing Rna Isolation And Histology Protocols For Characterization Of Preclinical Models Of Tendon Disease, Deirdre Finnigan, Melika Meshkat, Ali Naeij, Dawn Bryce, Matthew W. Grol
Undergraduate Student Research Internships Conference
Tendons join muscle to bone and are essential for posture and movement. Tenocytes are the resident tendon cells. Isolating RNA from small animal models such as mice can be difficult, especially from tendon, as much of the time, they are extremely small samples. Downstream analysis such as qPCR and especially RNA sequencing require greater quantity and quality of RNA than is often achievable. RNA degradation is extremely rapid following tendon isolation, with RNA quality decreasing as time increases between the collection of tendons and RNA isolation. Even tendons whose RNA was isolated immediately following tendon isolation had imperfect quality. The …
Bridging The Gap Between Muscle And Bone: Examining Tendon Identity And Development, Amel Sassi
Bridging The Gap Between Muscle And Bone: Examining Tendon Identity And Development, Amel Sassi
Undergraduate Student Research Internships Conference
Tendons are fibrous connective tissues that connect skeletal muscle to bone. Functioning primarily to facilitate locomotion, these tissues are rich with collagen and other minor collagens and proteoglycans. Nevertheless, with over 4000 tendons in the human body, the molecular pathways that define different tendons remain largely unknown. As such, the clear distinction between tendon identity, particularly at the genetic level has yet to be fully established. Similarly, molecular pathways involved in tendon developments remain to be fully elucidated. Despite the important role of tendons in motor coordination and posture, a number of areas in tendon development and identity have yet …