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1-30 of 6,903,288 results

  • bioinformatics.mdc-berlin.de
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We have a broad interest in gene regulation, specifically transcriptional regulation and association of transcriptional regulation with epigenomics. We are aiming to use data intensive computational methods to uncover patterns in gene regulation..
Relevance: 44.381172
  • molecularbiosci.utexas.edu
  • 27
  • 1
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Our lab is interested in understanding how gene expression is regulated across a eukaryotic genome, in normal cells and in disease. Nearly all cells respond to physiological or developmental cues by large-scale transcriptional reprogramming -..
Relevance: 36.767235
  • lianglab.usc.edu
  • 1
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My long-term research goal is to develop statistical and computational methods to discover the underlying principles of gene expression regulation in eukaryotes, and to explore how variations or defects in gene regulation cause phenotypic variation..
Relevance: 34.78643
  • www.gene-factory.com
  • 1
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cancer research, genetic constructs for cancer gene therapy, translational control, gene expression enhancement, recombinant protein biotechnology, forensic and medical diagnostics, biochemistry of polyphenols (anthocyanins, resveratrol) in cancer..
Relevance: 34.462822
  • www.juven-gershonlab.org
  • 10
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Our focus is on the unique contribution of the core promoter to transcriptional regulation of gene networks. The core promoter is the ultimate target sequence of a multitude of factors that control the initiation of transcription... We combine..
Relevance: 33.240135
  • www.fededalab.net
  • 2
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In the last decade, the transcriptional programs responsible to drive the development of the brain were mostly unveiled. Yet, the role of the post-transcriptional mechanisms regulating the development of this organ remains largely unknown. We want to..
Relevance: 32.998665
  • schulzlab.github.io
  • 3
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We are a computational group that uses and develops data science approaches for the integrative analyses of large-scale datasets such as transcriptomics, epigenomics and proteomics. One goal for us is to produce comprehensive predictive models of..
Relevance: 31.898754
  • wilflingsederlab.wordpress.com
  • 1
My group focuses on enhancer regulation in kidney disease. The aim is to understand the transcriptional regulation of kidney specific programs in normal homeostasis and in kidney injury and repair with focus on enhancer hierarchies, transcription..
Relevance: 30.942303
  • kftlab.caltech.edu
  • 2
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Our lab is investigating the role of chromatin and RNA in controlling transcriptional and post-transcriptional gene regulatory processes. We are focusing on gaining mechanistic insights into how small non-coding RNAs induce changes in chromatin and..
Relevance: 30.592695
  • slavovlab.net
  • 2
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We have a business lab google account for data storage for mass spec data. It is research@slavovlab.net... This welcome page outlines the goals and the logistical organization of the Slavov Laboratory. It also provides links to accessible..
Relevance: 30.540228
  • www.ifti.org
MIRAGE (Molecular Informatics Resource for the Analysis of Gene Expression) is a web site dedicated to methodologies, tools, and technologies relating to gene expression information. MIRAGE is a web resource of the Institute for Transcriptional..
Relevance: 30.468204
  • colemanlab.syr.edu
  • 1
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Research in the Coleman Lab focuses on understanding how plant cell walls are formed and the various internal and external factors which influence their characteristics. Current projects in the lab include mapping the transcriptional regulation..
Relevance: 30.34189
  • qbio.io
  • 1
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We are reverse-engineers. Our goal is to unravel the intricate mechanisms by which key regulatory components govern the complex gene regulation network. To accomplish this, we employ a combination of high-throughput biochemistry, bioinformatics data..
Relevance: 30.21789
  • weigand-lab.de
  • 5
  • 1
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One goal of Synthetic Biology is the development of artificial genetic circuits. For this purpose, we create RNA devices by functionalization of endogenous RNAs with ligand-binding aptamers... The three-dimensional structure of an mRNA determines..
Relevance: 29.626837
  • www.aldirilab.com
  • 1
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Our work aims at elucidating the transcriptional regulatory networks that control the transition from retinal proliferation to differentiation and subsequent cell fate choices and how abnormalities in these networks contribute to ocular diseases. In..
Relevance: 28.895082
  • tomsbiolab.com
  • 4
Our laboratory is in the Program for Systems Biology of Molecular Interactions and Regulation at the Institute of Integrative Systems Biology (I2 SysBio, Research group of Dr. José Tomás Matus Picero). We promote respect and tolerance and are openly..
Relevance: 28.779772
  • www.cestarilab.com
  • 1
  • 1
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We study the signaling and regulatory processes that control the monogenic transcription of variant antigen genes and their periodic switching in expression, which is essential for antigenic variation in trypanosomes. We focus on how..
Relevance: 28.53043
  • qbio.io
  • 2
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Our group is currently based on fundings from Center for RNA Research in Institute for Basic Science (IBS) and Research Institute of Basic Sciences (RIBS) of Seoul National University... The Chang Lab of Quantitative Molecular Biology is a vibrant..
Relevance: 28.512508
  • www.lenstralab.nl
  • 1
The main interest of the Lenstra lab is to understand the mechanisms of transcription regulation in eukaryotic cells. In the last half century, our knowledge of gene expression regulation has greatly advanced, starting from pioneering molecular..
Relevance: 28.482115
  • lncap.com
Functional differentiation is also maintained, and is evidenced by the expression of Prostate Specific Antigen (PSA), and Human Prostatic Acid Phosphatase (hPAP). These are the two major prostate epithelium-specific differentiation antigens which..
Relevance: 27.656279
  • www.renwicklab.com
  • 1
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To advance our knowledge of microRNAs in health and disease, we combine our expertise in RNA molecular biology and biochemistry, biomedical computing, pathological evaluation of clinical samples, and disease modelling. Through this multidisciplinary..
Relevance: 27.60025
  • www.mikelevinelab.com
  • 17
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The Levine Lab studies transcriptional regulation in Drosophila melanogaster and Ciona intestinalis... Genome organization controls transcriptional dynamics and supports coupling of distant regulatory genes during development... Mike Levine's lab..
Relevance: 27.17444
  • ernst-lab.github.io
  • 5
Epigenetic processes result in heritable changes in gene expression without changes in DNA sequence. DNA methylation-the most studied epigenetic modification to DNA-involves the enzymatic addition of a methyl group to cytosine bases in DNA, and in..
Relevance: 26.921152
  • www.mbi.ucla.edu
  • 14
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Our mission is to facilitate and promote cutting-edge research under the broad umbrella of molecular biology. As part of this goal, the MBI launches strategic interdisciplinary initiatives to propel new directions and research synergies between our..
Relevance: 26.907698
  • www.thechenglab.org
  • 1
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Biological processes are precisely regulated by TFs, miRNAs and other regulators. We aim to combine data from different sources, e.g, TF binding data (ChIP-seq and ChIP-chip), gene expression data (microarray and RNA-seq), with computational..
Relevance: 26.82911
  • www.shiekhattarlab.org
  • 1
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Our lab is rigorously investigating the roles of the RNA polymerase II-associated multiprotein complex, Integrator, in gene expression regulation, epigenetics, and signaling pathways, and how they are manipulated in cancer. We are also exploring the..
Relevance: 26.649738
  • ventolab.org
  • 1
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We have a long-standing interest in understanding the principles of transcriptional regulatory circuits, with a particular focus on how signals from the tissue microenvironment can rewire them. To understand this process, we innovate and integrate..
Relevance: 25.76001
  • www.macromolecule.fun
  • 10
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The RNA exosome is a macromolecular complex comprising (e.g. in humans) endo- and exoribonucleases. It is an essential component of the RNA-metabolism machinery in eukaryotes, functioning in the accurate processing of precursors to mature RNAs and in..
Relevance: 25.638605
  • breckenridgesteroid.com
Scientific conference to foster collaborations among Neuroendocrinologists. Topics will cover emerging technologies, transcriptional regulation, non-genomic actions, behavioral correlates, neurocircuits, proteomics and epigenetics...
Relevance: 25.473156
  • www.yeastract.com
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YEASTRACT (Yea st Search for Transcriptional Regulators And Consensus Tracking) is a curated repository of approximately 175.000 regulatory associations between transcription factors (TF) and target genes in Saccharomyces cerevisiae, based on more..
Relevance: 25.396046