PHARMACEUTICAL APPLICATIONS OF MARINEDERIVED PROTEINS

Authors

  • RUSTAM TURAKULOV TASHKENT MEDICAL ACADEMY, UZBEKISTAN.
  • UMAROVA NIGORAKHON KHOLMATOVNA FACULTY OF LINGUISTICS, TURAN INTERNATIONAL UNIVERSITY, NAMANGAN
  • MOHHAMMED H. AL-FAROUNI DEPARTMENT OF COMPUTERS TECHNIQUES ENGINEERING, COLLEGE OF TECHNICAL ENGINEERING, ISLAMIC UNIVERSITY OF NAJAF, NAJAF, IRAQ.
  • V RAMAKRISHNAN DEPARTMENT OF NAUTICAL SCIENCE, AMET UNIVERSITY, KANATHUR, TAMILNADU -603112.
  • DR. ABHISHEK KUMAR PANDEY ASSISTANT PROFESSOR, DEPARTMENT OF BOTANY, KALINGA UNIVERSITY, RAIPUR, INDIA.

Keywords:

biomolecules, molecular heterogeneity, depolymerization characteristics

Abstract

In the biotechnological sector, pectin and pectinase are both vital macromolecules.  Both compounds are effective, non-toxic natural devices with a wide range of applications.  Pectic materials' structure, unique depolymerization, and biochemical characteristics, such as a catalytic mechanism and the close bonds between these molecules, can significantly expand their industrial applicability.  For instance, learning about the modular molecular heterogeneity of the compounds can be viewed as the focal point for addressing industrial issues from a variety of perspectives. The basic information about structure, depolymerization properties, pectin classification, pectinase kinds, and biochemical nature has been attempted to be coordinated in this review.  Additionally, this page explains many production techniques that entail product optimization and its significant contribution to the pharmaceutical industry (either pectinase or derived pectic products).

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How to Cite

TURAKULOV , R., KHOLMATOVNA , U. N., AL-FAROUNI , M. H., RAMAKRISHNAN , V., & PANDEY, D. A. K. (2025). PHARMACEUTICAL APPLICATIONS OF MARINEDERIVED PROTEINS. TPM – Testing, Psychometrics, Methodology in Applied Psychology, 32(S6(2025): Posted 15 Sept), 215–220. Retrieved from https://tpmap.org/submission/index.php/tpm/article/view/1685