53 parallel-processing-bioinformatics Postdoctoral positions at Stanford University in postdoctoral
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biology, cancer biology, molecular biology, immunology, and bioinformatics are all welcome to apply. Lab techniques include mammalian cell culture, mouse models, standard molecular biology and biochemistry
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transplantation and viral immunity. Apply and expand expertise in advanced methodologies such as CyTOF, sequencing approaches (CITE-Seq, NGS, RNA-seq), and bioinformatics, with opportunities to learn and integrate
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bioinformatics, will find this an ideal environment to apply and develop their skills. Duties involve culture and maintenance of stem cells and human/mouse islets, standard molecular biology techniques in DNA and
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biology, bioinformatics, genetics, AI, machine learning, computer science, or a related field. Demonstrated experience analyzing single-cell and/or spatial genomics datasets is a plus but not necessary
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to address foundational questions at the interface of quantum information science and chemical physics. Scientific Scope Photoionization is conventionally treated as a process that produces an independent
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. The Lu Lab maintains active collaborations across Stanford Medicine, engineering, pathology, oncology, and surgery. Postdocs in the Lu Lab are supported in developing an independent scientific identity
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screening of sequencing data against a watch list of high-consequence, emerging and re-emerging agents, and triage of candidate signals. Development and maintenance of bioinformatic pipelines in collaboration
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. • Expertise in metabolomics with mass spectrometry is desired. • Strong general computer skills, experience with databases and scientific applications, and ability to quickly learn and master various computer
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/Absorption Spectroscopy preferred). Demonstrated experience with high-speed imaging, data acquisition, and complex optical alignment using lasers and advanced detectors. Experience processing dense
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successful candidate will lead the design, operation, and characterization of high-enthalpy reacting-flow systems for methane pyrolysis and floating-catalyst chemical vapor deposition. Relevant reactor