NYUPeerReview
NYUPeerReview is the product of the Peer Review in Life Sciences course at the NYU Grossman School of Medicine at the Langone Medical Center.
Coordinated by: Gira Bhabha, Damian Ekiert, Liam Holt, Timothee Lionnet.
Spring 2020 contributing students: Mark McCrae, Juliana Ilmain, Joseph Mays, Alexander Miller, Raquel Moya, Chern Wei Bee
As scientists, one of our primary responsibilities to our colleagues, to our community, and to the public is communication of our research findings. By far, the most widely accepted means of communication is through publishing papers in scientific journals. The process of peer review plays an important role in refining the body of work prior to final publication. Yet, peer review is rarely taught to students in a formal setting, and is largely dependent on individual labs and mentors, leading to variable standards of peer review. Reflecting the evolution of technology, society and scientific culture, preprints have gained popularity in the life sciences in recent years, resulting in a shift in how progress in the life sciences is communicated, and raising questions of how we, as a scientific community, may work towards optimizing the peer review process in the life sciences. This course will use preprint servers (for example, BioRxiv) as a platform for formally teaching students how to peer review manuscripts in a critical and constructive way.
Killing of Gram-negative and Gram-positive bacteria by a bifunctional cell wall-targeting T6SS effector
NYUPeerReview
Tight nanoscale clustering of Fcγ-receptors using DNA origami promotes phagocytosis
NYUPeerReview
Molecular structure of the intact bacterial flagellar basal body
NYUPeerReview
Gut regulates brain synaptic assembly through neuroendocrine signaling pathway
NYUPeerReview
Retrospective identification of rare cell populations underlying drug resistance connects molecular variability with cell fate
NYUPeerReview
CryoEM structure of the Vibrio cholerae Type IV competence pilus secretin PilQ
NYUPeerReview
Aberrant astrocyte protein secretion contributes to altered neuronal development in diverse disorders
NYUPeerReview