42 multiple-sequence-alignment Postdoctoral research jobs at Nature Careers in United States
Sort by
Refine Your Search
-
applying basic science findings toward the advancement of immunotherapy. The successful candidate will work on multiple research projects by participating in experimental design, conducting experiments
-
RNA sequencing, multiplex IHC/IF. Molecular biology techniques: PCR, Western blot, DNA and RNA isolation. Immunology techniques: Flow cytometry and other methods. Required Qualifications & Skills: PhD
-
and can be renewed for up to a total of 5 years, depending on the candidate's goals and qualifications. Preferred: Experience with applied high-throughput sequencing analysis methods, including but not
-
to prevent the onset of cancer. In parallel, our research is dedicated to advancing our understanding of bladder tumor evolution biology through the analysis of next-generation sequencing (NGS) data and the
-
childhood cancer survivors. Specific research topics include 1) genetic association analyses (whole genome and whole exome sequence associations and polygenic risk scores) for various long-term health
-
-pathogen interactions. Ideal candidates will have experience in: Microbiome research (e.g., culturing, gnotobiotic models, 16S or metagenomic sequencing) Molecular microbiology or bacterial genetics Host
-
experience is beneficial Experience with the analysis and interpretation of large data sets, in particular high-throughput sequencing data from eukaryotic organisms Solid skills in programming and scripting
-
and a proficient understanding of next generation sequencing, analysis, and bioinformatics), (3) project management and scientific writing experience, and (4) excellent communication skills and a
-
which viruses hijack chromatin. Due to the major advancement in sequencing technologies and the expansion of the field of epigenetics, exploiting viruses to investigate chromatin biology has enormous
-
pediatric cancers. In prior work, we have developed tools and methods to map the cellular diversity of pediatric tumors by adapting single-cell sequencing techniques to archival frozen tumors. In that work