Angom Ramcharan Singh

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MicroRNAs are a well-studied class of non-coding RNA and are known to regulate developmental processes in eukaryotes. Their role in key biological processes such as vasculature development has attracted interest. However, a comprehensive understanding of molecular regulation of angiogenesis and vascular integrity during development remains less explored.(More)
An enormous amount of information on a genomics scale is available for zebrafish (Danio rerio), which is a well-studied model organism for human diseases. However, a majority of this annotation is scattered in obscure data sources. There have been limited efforts to present it on a unified and integrated platform, which would help to understand the(More)
Zebrafish (Danio rerio) is a popular vertebrate model organism largely deployed using outbred laboratory animals. The nonisogenic nature of the zebrafish as a model system offers the opportunity to understand natural variations and their effect in modulating phenotype. In an effort to better characterize the range of natural variation in this model system(More)
MicroRNAs (miRNAs) are small, endogenous, regulatory RNA molecules that can bind to partially complementary regions on target messenger RNAs and impede their expression or translation. We rationalized that miRNAs, being localized to the cytoplasm, will be maternally inherited during fertilization and may play a role in early development. Although Dicer is(More)
The advancements in genomics technologies and the amenability to large-scale computational analysis have contributed immensely to the understanding of the zebrafish genome, its organization, and its functional correlates. Translating genomics information into biological meaning would require integration and amenability of data and tools. FishMap is a(More)
The organization of structure and function of cardiac chambers in vertebrates is defined by chamber-specific distinct gene expression. This peculiarity and uniqueness of the genetic signatures demonstrates functional resolution attributed to the different chambers of the heart. Altered expression of the cardiac chamber genes can lead to individual chamber(More)
A large repertoire of gene-centric data has been generated in the field of zebrafish biology. Although the bulk of these data are available in the public domain, most of them are not readily accessible or available in nonstandard formats. One major challenge is to unify and integrate these widely scattered data sources. We tested the hypothesis that active(More)
Certain calcium binding proteins (CaBPs) are essential for metabolic processes but the role of these proteins in the development is not well known. We have investigated the mRNA expression of CaBPs, calbindin 2a (Calb2a) and calbindin 2b (Calb2b) in the zebrafish embryos 24, 36, 48 and 72h post fertilization (hpf). We have seen very high Calb2a mRNA(More)
Meghna Singh1,2,y, Deeksha Bhartiya1,2,y, Jayant Maini, Meenakshi Sharma, Angom Ramcharan Singh1,z, Subburaj Kadarkaraisamy1,z, Rajiv Rana1,z, Ankit Sabharwal1,2,z, Srishti Nanda3,z, Aravindhakshan Ramachandran1,z, Ashish Mittal1,z, Shruti Kapoor1,2,z, Paras Sehgal1,z, Zainab Asad1,2,z, Kriti Kaushik1,2,z, Shamsudheen Karuthedath Vellarikkal1,2,z, Divya(More)
Meghna Singh1,2,y, Deeksha Bhartiya1,2,y, Jayant Maini, Meenakshi Sharma, Angom Ramcharan Singh1,z, Subburaj Kadarkaraisamy1,z, Rajiv Rana1,z, Ankit Sabharwal1,2,z, Srishti Nanda3,z, Aravindhakshan Ramachandran1,z, Ashish Mittal1,z, Shruti Kapoor1,2,z, Paras Sehgal1,z, Zainab Asad1,2,z, Kriti Kaushik1,2,z, Shamsudheen Karuthedath Vellarikkal1,2,z, Divya(More)
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