The Engineered Bacteria targets the SCORPION VENOM PEPTIDE AGAP for target breast cancer therapy

The Engineered Bacteria targets the SCORPION VENOM PEPTIDE AGAP for target breast cancer therapy

Incidental increase and rate mortality in malignant boils highlight their great impact on human health. Bacteria therapy emerges as a promising avenue of oncological research. Our lab has lonely an analgesic-anti-tumor peptide from the poison of Buthus Marketsii Karsch (BMK Agap), a high scorpion venom peptide, showing extraordinary anti-tumor activity. However the limited bioavailability of…

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TOOTION AND CHOOSE PEPTIDE BLOCKERS IN KV1.2 ION CANCELLATING FROM MEXICAN SCORPION CENTROLIONES VILLEASI

TOOTION AND CHOOSE PEPTIDE BLOCKERS IN KV1.2 ION CANCELLATING FROM MEXICAN SCORPION CENTROLIONES VILLEASI

Cvill6 and cvill7: trapentive and selective peptide blockers in the kv1.2 ion channel detached from Mexican scorpion centruroides villlegasi Abstract Scorpion Venoms is a rich source of peptides to grow ion channels activity and can serve as a new medication for Channelopathathiya. CVILL6 and CVILL7 two new peptes that have been detached from the poison…

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A hydrophobic loop of spider-venom peptide tl1a drives nav1.8 activity

A hydrophobic loop of spider-venom peptide tl1a drives nav1.8 activity

Voltage-Gated Sodium (NAVS) Channels the transmembrane transmembrane proteins regulating the influx of sodium ions in cell membranes. Venom spiders are a rich source of thatV-Mayulate peptides with high choice and skill, making them important tools for understandingV structure and function. thatV1.8 Tetrodotoxin-resistant, stated in the peripheral nerve system and contributes to the development of action…

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Identifying and designing an analgesic opioid cyclic peptide from Defensin 4 in Mebobhus Martensii Karsch Scorpion Venom more effective than morphine

Identifying and designing an analgesic opioid cyclic peptide from Defensin 4 in Mebobhus Martensii Karsch Scorpion Venom more effective than morphine

Considering the limits of use and effects of analgesics, the new analgesics discovery should be discovered. Venoms of organisms are an important source of analgesic peptides. In this study, using computional comparisons such as molecular simulation, molecular dynamics, a non-poisonous machine-based and biological 9-amino acid algorithms from Defensin 4 to Merbourhus Marketsi Karsch Scorpion Venom…

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