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Biopolymers Impact Factor
The impact factor is a proportion of the recurrence with which the normal article in a diary has been refered to in a specific year. It is utilized to quantify the significance or rank of a diary by computing the occasions its articles are cited. Biopolymers are regular polymers created by living beings; as such, they are polymeric biomolecules gotten from cell or extracellular issue. Biopolymers contain monomeric units that are covalently clung to frame bigger structures. There are three principle classes of biopolymers, grouped by the monomeric units utilized and the structure of the biopolymer framed polynucleotides, polypeptides, and polysaccharides. All the more explicitly, polynucleotides, for example, RNA and DNA, are long polymers made out of at least 13 nucleotide monomers. Polypeptides or proteins, are short polymers of amino acids and some significant models incorporate collagen, actin, and fibrin. The last class, polysaccharides are frequently straight reinforced polymeric starch structures and a few models incorporate cellulose and alginate. Different instances of biopolymers incorporate elastic, suberin, melanin and lignin. Biopolymers have different applications, for example, in the food business, assembling, bundling and biomedical building. A significant characterizing distinction among biopolymers and engineered polymers can be found in their structures. All polymers are made of dull units called monomers.High Impact List of Articles
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A Review on Nanomedicine in the Cancer Therapy
Poonam Jaggi, Harshit Joshi -
A Review on Nanomedicine in the Cancer Therapy
Poonam Jaggi, Harshit Joshi -
Brief Review on Bioinformatics
Gedela Vamsi Krishna -
Brief Review on Bioinformatics
Gedela Vamsi Krishna -
A Review on Genetic Disorders and Syndromes
Srilatha B -
A Review on Genetic Disorders and Syndromes
Srilatha B -
Drug Profile of Dasatinib
Suresh M, Kavya R, Naveen R, Karthik M -
Drug Profile of Dasatinib
Suresh M, Kavya R, Naveen R, Karthik M -
Helical formation of a 17-residue peptide bymolecular dynamics
Hiroki Kimoto, Takuzo KurotsuOriginal Article: Biochemistry & Molecular Biology Letters
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Helical formation of a 17-residue peptide bymolecular dynamics
Hiroki Kimoto, Takuzo KurotsuOriginal Article: Biochemistry & Molecular Biology Letters
