![]() Jude Children’s Research Hospital has mandated the COVID-19 vaccine for all employees, excluding those with an approved medical or religious accommodation, as a condition of employment.The Apostle Judas Thaddeus by Anthony van Dyck Jude via email, the internet or in any form and/or method without a valid written search agreement in place and approved by HR will result in no fee being paid in the event the candidate is hired by St. ![]() All resumes submitted by search firms to any employee or other representative at St. Jude Children's Research Hospital does not accept unsolicited assistance from search firms for employment opportunities. Preferred Experience: Methods relating to fluorescent microscopy, optical or electrical neuronal physiology, mass spectrometry, electron microscopy, protein engineering. ![]() Molecular biology, cell biology and biochemical skills such as PCR, western blotting, cloning and tissue culture (primary neuronal cultures a big plus!) Special instructions: If interested, apply using this link and please send a brief statement about yourself (cover letter) no more than a paragraph, and a CV, to Jason Vevea (PI) at Education Neurons were stimulated with 10 depolarizations at 10 Hz and recorded at 100 Hz using widefield epifluorescence. Right) A different 16 DIV rat hippocampal neuron expressing a modified iGluSnFR during electrical stimulation to release glutamate. Glutamate release during neuronal activity revealed by iGluSnFR Left) Super-resolution max intensity z-stack of a 16 DIV rat hippocampal neuron expressing a modified iGluSnFR pseudocolored with a magma LUT. This Division was established under the belief that developing a better understanding of how neural cells work at a cell biological level is fundamental in allowing us to better understand how brains are built during development and how neurons function in the mature brain or malfunction in disease. The Vevea Lab is in the Neuronal Cell Biology Division in the Department of Developmental Neurobiology at St. Jude as an institute is also incredibly supportive and along with a highly competitive salary, offers a signing bonus, and a work computer on arrival, among other benefits. Postdocs will have the freedom to use whatever technique they think will help them the most, as well as support to design novel techniques and use any institute core facilities. Jude that our lab will make routine use of including: the Center for Advanced Genomic Engineering (CAGE), Center for Proteomics and Metabolomics, and the Electron Microscopy Core, to name a few.Īs a Postdoc in the new lab, you have a chance to shape the future direction of the research that follows. ![]() There are also many core facilities at St. Broad methods being used are: advanced microscopy (fluorescent biosensor, light-sheet, dSTORM), new biochemical techniques (rapid immunoprecipitation), and protein engineering (chimeric proteins, NS3/4A applications). These are tough questions and, along with designing our own, we will use the most recent techniques and methods to address these exciting cell biology challenges. This focus leads us to ask questions about cellular processes related to organelle polarity and trafficking in the axon, organelle and protein quality control in the neuron, and to examine the fundamental function of proteins that influence the synaptic vesicle cycle but still have unclear or disputed functions. More specifically, we want to understand how the synaptic vesicle cycle is established and maintained throughout the age of the organism. The Vevea Lab seeks to understand the cell biology of the axon.
0 Comments
Leave a Reply. |