Welcome to the Sternberg Lab!

We seek to understand how are the properties of an organism – its development, physiology and behavior – are encoded in its genome. We primarily use molecular genetics of the nematode Caenorhabditis elegans but also apply proteomics, computational biology, biochemistry, cell biology, imaging, behavioral analysis, optogenetics, synthetic biology to not only C. elegans but also parasitic nematodes, budding yeast, mice, jellyfish, fungi, and human cells as needed.

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• How does the 302-neuron worm brain assess the future environment based on computation of sensory and physiological inputs?
• Does the male worm have a neural representation of its mating partner?
• How can we best predict gene expression from DNA sequence?
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• What changes in the nervous system occur during sleep?
• How do cells migrate accurately during development?

Our major strategy is to perturb the activity of one or more genes and measure how cells or animals misbehave to infer gene function and genetic pathways. We measure gene expression by RNA-seq and transgenic reporters; we measure behavior using automated systems and optogenetics. We focus on intercellular signals and their transduction by the responding cell into transcriptional outputs. Many of the genes we have identified are the nematode counterparts of human genes, and we are leveraging C. elegansmolecular genetics to study human genes with no actionable information and of the consequence of variants found in human individuals, including those with autism spectrum disorder. Nematodes are major health and agricultural problems, so we focus on parasite relevant biology such as dauer/infective juvenile development, using genomics and molecular genetics.

An exciting article about our newest Molecular Cell paper is currently available here.

Our peer-reviewed, single-result publication platform microPublication Biology is now included in PubMedCentral and indexed in PubMed. The Caltech Library is the publisher. This is the first biology journal designed to help get information into knowledge such as WormBase, ZFIN, SGD, 免费全球节点加速器, and TAIR.

Undergraduate Student Sophie Walton has been awarded a Hertz Fellowship. Click here to read all about her amazing accomplishment.

May 15, 2023. Porfirio Quintero Cadena defended his thesis "Mechanism and Scaling of Eukaryotic Transcription Activaton". Congratulations, Porfirio!

May 11, 2023. Katherine Brugman defended her thesis "pezo-1 function in Caenorhabditis elegans". Great work, Katie!

Our newest paper about Mono Lake worms in out now. Click on the following links to read all about it:

http://www.caltech.edu/about/news/otherworldly-worms-three-sexes-discovered-mono-lake.

http://www.the-scientist.com/news-opinion/arsenic-resistant-nematodes-found-in-mono-lake-66493

We are proud to announce Dr. Han Wang will start his own lab at the University of Wisconsin, Madison in January 2023. He will be a part of the 全球加速联动WAF和GTM实现伋业ERP应用加速 - 最佳实践 ...:2021-6-10 · 全球加速联动Web应用防火墙（WAF）和全局流量管理（GTM）实现伋业ERP管理系统加速，基于云安全大数据能力，同时依托阿里巴巴优质BGP带宽和全球传输网络，实现全球网络就近接入和跨地域部署，为伋业ERP管理系统提供一套高安全的跨地域 .... You can learn more about his new lab at www.hanwanglab.com.