RT @RUBi_news: Striking differences between Plasmodium and human aaRSs both at sequence and structural level were identified which can be a…
RT @RUBi_news: Striking differences between Plasmodium and human aaRSs both at sequence and structural level were identified which can be a…
RT @RUBi_news: Striking differences between Plasmodium and human aaRSs both at sequence and structural level were identified which can be a…
Possible allosteric sites are reported for P. falciparum methionly tRNA synthetase, arginyl tRNA synthetase and prolyl tRNA synthetase which can be targeted for the design of antimalarial drugs https://t.co/J1ol6S3DZo
RT @RUBi_news: Striking differences between Plasmodium and human aaRSs both at sequence and structural level were identified which can be a…
Striking differences between Plasmodium and human aaRSs both at sequence and structural level were identified which can be a starting point for the design and development of malarial therapy. https://t.co/J1ol6S3DZo
#RUBiochem Aminoacyl tRNA synthetases as malarial drug targets: A comparative bioinformatics study 11 Medical and Health Sciences 1108 Medical Microbiology 06 Biological Sciences 0601 Biochemistry and Cell Biology https://t.co/2fcjLBnmoN
Aminoacyl tRNA synthetases as malarial drug targets: a comparative bioinformatics study https://t.co/o6FLXg342E