Bungarus multicinctus wanghaotingi is not mentioned in GenBank database, so the two different genomes are not comparable at this time. There are supposedly morphological differences, so there should be genomic differences.
Because a coronavirus (TGEV) can survive on surfaces for up to 28 days, we retrieve the cold-shock trail linking hepatitis B virus to the mulberry tree (posts #11, 112, 133, 139), while moving the investigation from Current Events to the Music forum because there are sequences to select and play. One of these sequences is from Bungarus fasciatus C-type lectin which links to ebola and banana lectin, human lectins, etc. and we have already mentioned frugiperda moth cells involved in protein studies for COVID-19 (formerly 2019-nCoV) in this thread.
The cold-shock trail involves mulberry and the moth that feeds on the tree.
'In Bombyx mori, the ENC values varied from 51-60 with an average of 29.47 (Wei, et al, 2014)....Complete nucleotide coding sequences of genes from four selected Bungarus species namely B. multicinctus, B. fasciatus, B. candidus, and B. flaviceps were retrieved from National Center for Biotechnology Information (NCBI)
(
https://www.ncbi.nlm.nih.gov)GenBank database.
....
Low codon usage bias might be useful for efficient replication in Bungarus species with different cell types having different choices of codon usage. Further, low codon bias indicates the existence of almost all synonymous codons for an amino acid and it reflects the presence of greater genetic variability of the coding sequence in terms of codon usage. High genetic variability widens the platform for evolution to occur primarily by mutation pressure and natural selection.'
(Chakraborty S, et al, Codon Usage Pattern and Prediction of Gene Expression Level in Bungarus Species)
Codon usage pattern and prediction of gene expression level in Bungarus species. - PubMed - NCBI
