Browsing by Subject "Espectroscopía de Resonancia Magnética"

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Functionally relevant proteins in Plasmodium falciparum host cell invasion

Patarroyo, Manuel Elkin; Alba, Martha Patricia; Rojas Luna, Rocío; Bermúdez, Adriana; Aza-Conde, Jorge (Bogotá : Universidad de Ciencias Aplicadas y Ambientales, 2017, 2017)

A totally effective, antimalarial vaccine must involve sporozoite and merozoite proteins (or their fragments) to ensure complete parasite blocking during critical invasion stages. This Special Report examines proteins ...
In vitro biomechanical analysis of the desmotomy of the suspensory navicular ligaments of the equine

Gaona Urueña, Leonardo; Oliveros Wilches, Daniel I.; León González, Jorge Alexander (2018)

The objective of this study was to design a biomechanical model of the equine digit and its use in the in vitro analysis of the desmotomy of the suspensory ligaments of the navicular. Ten orthopedically healthy anterior ...

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Functionally relevant proteins in Plasmodium falciparum host cell invasion
...
Patarroyo, Manuel Elkin | 2017

A totally effective, antimalarial vaccine must involve sporozoite and merozoite proteins (or their fragments) to ensure complete parasite blocking during critical invasion stages. This Special Report examines proteins involved in critical biological functions for parasite survival and highlights the conserved amino acid sequences of the most important proteins involved in sporozoite invasion of hepatocytes and merozoite invasion of red blood cells. Conserved high activity binding peptides are located in such proteins' functionally strategic sites, whose functions are related to receptor binding, nutrient and protein transport, enzyme activity and molecule-molecule interactions. They are thus excellent targets for vaccine development as they block proteins binding function involved in invasion and also their biological function.

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In vitro biomechanical analysis of the desmotomy of the suspensory navicular ligaments of the equine
...
Gaona Urueña, Leonardo | 2018

The objective of this study was to design a biomechanical model of the equine digit and its use in the in vitro analysis of the desmotomy of the suspensory ligaments of the navicular. Ten orthopedically healthy anterior digits of Creole horses were collected and adapted to a laboratory for biomechanical procedures to determine the tension of the superficial and deep digital flexor tendons (TTFDS and TTFDP) and the biomechanical changes of the navicular bone. In total, 86 data were obtained by digit before the surgical procedure and 86 data after the surgical procedure. The force on the navicular bone, the force on the navicular bone between the digits and the force on the navicular bone between surgical times (TQXs) was determined by each digit. Little variability and none significant difference between the experimental repetitions of each digit was observed, as well as statistical similarity of the TQXs of most of the digits; however, significant differences were found when comparing the three-digit TQXs. The inverse dynamic model allowed establishing the tension of the digital flexor tendons and the force on the navicular bone before and after the desmotomy of the suspensory ligaments of the navicular, and none significant force changes were observed.

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Browsing by Subject "Espectroscopía de Resonancia Magnética"

Functionally relevant proteins in Plasmodium falciparum host cell invasion ﻿

In vitro biomechanical analysis of the desmotomy of the suspensory navicular ligaments of the equine ﻿

Envíos recientes

Functionally relevant proteins in Plasmodium falciparum host cell invasion

In vitro biomechanical analysis of the desmotomy of the suspensory navicular ligaments of the equine

Functionally relevant proteins in Plasmodium falciparum host cell invasion

In vitro biomechanical analysis of the desmotomy of the suspensory navicular ligaments of the equine