Biography
POLISH Airforce and PRAHARSHIT Sharma Deserve (and Reserve) NOBEL Prize for Optimizing Khorana-Nirenberg-Holley Genetic Code that won 1968 Nobel Physiology/Medicine---
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My PhD Research Proposal at the Intersection of Bioinformatics and Information Theory---
Praharshit Sharma. (2021, September 22). My PhD research proposal: An Integrated Analysis Of DiCodon Usage Bias (DCUB) and Epitope- Mapping (EM) across Broad LCR/ CBZ Spectrum Accommodated By HyperProteoGenome. Zenodo.
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Sharma P. BIG DATA genetic code [version 1; not peer reviewed]. F1000Research 2016, 5:171 (slides) ()听听
Achimowicz, J., Kazimierski, K., & Wojcik, K. (1981). Possibility of genetic coding of amino acid sequences by coherent electronic states in nucleotide chains. Physiological chemistry and physics, 13(2), 171鈥173. PMID: 7280057
鈥淪TATISTICAL CONSTRAINT ON ANISOU DATA FROM RCSB-PDB WITH SIGNIFICANT CORRELATIONS鈥澨
Praharshit Sharma, & Abhishek Kumar. (2020). Deviation from Ideal Chargaff's 2nd Parity Rule Characterizes the Lower, Upper Bounds of GC% Content with Optimized Binitization of cDNA Sequences, Based on Block Shannon Entropy 鈥 Justifying Wobble Hypothesis (IOB_PHD.1). Zenodo.
Kanchinadham SPS. Max. Proteome Entropy and CMBR [version 1; not peer reviewed]. F1000Research 2019, 8(ISCB Comm J):196 (slides) ()
Praharshit Sharma, et. al. (2021). PRE-PRINT: Triplet Codon Block Shannon Entropy (TCBShE) in terms of GC(1,2,3)% equates to Napier Constant (e) for Model Organisms, and Harmonically Averages to same approximately: a Penta-Clado-genic Quantitative Survey across ~14.45 million Transcripts Grouped by 1118 Species (Pre-Print_Stage). Zenodo.
Cite as
Praharshit Sharma. (2023). Automaton Factorization ( Auto_Fctz) 鈥 An Important Computational Equivalence of the HyperProteoGenomic Equation (HPG) pertaining to Big Data Genetic Code (BDGC), possessing Key implications in Multi-OMICS.
Contact Information
Looking forward to hearing from you.
Sincerely yours,
Praharshit Sharma
+91 799 515 8734
(0091) 93 511 755 63