- Baylor college of medicine email sign in drivers#
- Baylor college of medicine email sign in software#
- Baylor college of medicine email sign in professional#
The four year curriculum consists of eighteen months of pre-clinical courses integrated with patient and physician educators to maximize the experience for each student. It is designed to prepare students to be knowledgeable, skillful, compassionate, and dutiful physicians in the twenty-first century. The curriculum of the Baylor College of Medicine is designed to be a highly integrated unique and flexible program for the student to learn the art and science of medicine. The only private medical school in the Greater Southwest, Baylor was founded in 1900 and is today an internationally respected medical and research institution known for excellence in education, research and patient care. Baylor College of Medicine is an Equal Opportunity/Affirmative Action/Equal Access Employer.įor more information visit or email wythe “at” bcm.Baylor College of Medicine is committed to being a national leader in advancing human health through the integration of patient care, research, education, and community service.
We will dedicate time for formal coursework to enhance your knowledge base, and we’ll commit to rigorous mentoring/training on scientific presentation and writing skills, and will rabidly encourage any career path (academic, industry, education) that appeals to you.īaylor College of Medicine requires employees to be fully vaccinated -subject to approved exemptions-against vaccine-preventable diseases including, but not limited to, COVID-19 and influenza. Trainees will be expected to create figures, craft talks and manuscripts, and submit training grant proposals for internal and external funding.
Baylor college of medicine email sign in professional#
Meetings are great opportunities for professional networking and we will provide those options on an annual basis (or more, depending on your securement of additional funding-i.e. We’ll reward your passion, skills and hard work with the opportunity to present your data at national and/or international meetings, as well as local seminars within the Texas Medical Center. Experience in imaging (micro-CT, LSFM, confocal) Experience working with animal models (mouse or zebrafish) in Molecular Biology, Physiology, Cancer Biology, Neuroscience, Cardiovascular Sciences, Genetics, Bioinformatics or a related field. in Basic Science, Health Science, or a related field. Prepares written material as needed for laboratory communications.
Sourcing, summarizing and contextualizing information and literature for studies, papers, and grants.
Baylor college of medicine email sign in software#
Proficiency with productivity software including Microsoft Office and Adobe products (Illustrator, Photoshop), databases (Filemaker), and other management/organization software. Data collection, compilation, analysis and presentation. Proficiency in cellular and molecular techniques including recombinant DNA, cell culture and immunohistochemistry. Basic understanding of mouse and zebrafish genetics (cre/lox technology, CRISPR/Cas9, transgenes, etc). Your efforts will be critical to achieve the group’s goal of understanding the genetic and molecular events that give rise to a functional cardiovascular system. You will be working in a high energy and cooperative atmosphere to ensure a fluid working environment, oversee and direct specific research projects and manage individuals where needed. Bioinformatics knowledge is particularly useful, but not a prerequisite. Those with limited animal model skills, but solid foundations in biochemistry with cell culture experience are also encouraged to apply. In this exciting role, you are an intrinsically motivated and well-organized individual with excellent skills in problem solving, hypothesis development and testing, writing and scientific communication, experienced in standard molecular and genetic techniques using a model organism (mouse, zebrafish, fly, or yeast).
Baylor college of medicine email sign in drivers#
We employ gold standard genetic models, such as the mouse and zebrafish, cutting edge imaging techniques (lightsheet micro-CT), genome-wide informatic analyses (both bulk RNA-seq and scRNA-seq, as well as ATAC-seq, etc), and classical biochemistry to solve key problems in cardiovascular development and disease.Ĭurrent projects are focused on vascular biology in malignant brain cancer (glioma), vascular anomalies within the brain (specifically brain arteriovenous malformations), and modeling human congenital birth defects affecting the cardiovascular system in mice and zebrafish, as well as determining the epigenetic and transcriptional drivers controlling vessel maturation within the embryo and brain. The Wythe Lab at Baylor College of Medicine in Houston, Texas has an open position for a postdoctoral associate to manage research projects, train junior scientists, and help maintain a dynamic laboratory environment.
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