State of the art for Linear B-cell epitope in Plasmodium falciparum according to a bibliographical investigation

The goal of this investigation is to analyze the bibliographical references that are registered in the IEDB database regarding the linear B-cell epitopes responsible for Plasmodium falciparum malaria in humans during the temporal period 1984 to 2018. The geographical origin of the samples and the relevant journals were obtained for the linear B-cell epitopes in Plasmodium falciparum according to the Similarity Index. This methodology can be applied to another disease

Una Reflexión sobre la influencia de los genes en nuestra vida social

All people are social beings and that contact defines our personality by the way we behave in the environment where we live. Social behavior is not random, it is influenced by the appearance of traits or not that are inherited through the genes.Todas las personas somos seres sociales y ese contacto define nuestra personalidad por la forma como nos comportamos en el medio ambiente donde habitamos. El comportamiento social no es aleatorio, está influenciado por la aparición de rasgos o no que son heredados a través de los genes

Computational models in plant-pathogen interactions: the case of Phytophthora infestans

<p>Abstract</p> <p>Background</p> <p><it>Phytophthora infestans </it>is a devastating oomycete pathogen of potato production worldwide. This review explores the use of computational models for studying the molecular interactions between <it>P. infestans </it>and one of its hosts, <it>Solanum tuberosum</it>.</p> <p>Modeling and conclusion</p> <p>Deterministic logistics models have been widely used to study pathogenicity mechanisms since the early 1950s, and have focused on processes at higher biological resolution levels. In recent years, owing to the availability of high throughput biological data and computational resources, interest in stochastic modeling of plant-pathogen interactions has grown. Stochastic models better reflect the behavior of biological systems. Most modern approaches to plant pathology modeling require molecular kinetics information. Unfortunately, this information is not available for many plant pathogens, including <it>P. infestans</it>. Boolean formalism has compensated for the lack of kinetics; this is especially the case where comparative genomics, protein-protein interactions and differential gene expression are the most common data resources.</p

Una Reflexión sobre la influencia de los genes en nuestra vida social

All people are social beings and that contact defines our personality by the way we behave in the environment where we live. Social behavior is not random, it is influenced by the appearance of traits or not that are inherited through the genes.Todas las personas somos seres sociales y ese contacto define nuestra personalidad por la forma como nos comportamos en el medio ambiente donde habitamos. El comportamiento social no es aleatorio, está influenciado por la aparición de rasgos o no que son heredados a través de los genes

Información Investigador: Isea Hernández, Luis Raúl

Resumen Curricular Educación 1993 Licenciado en Física en la Universidad Central de Venezuela, Facultad de Ciencias, Caracas - Venezuela. En 1996 recibe el Doctorado en Ciencias Químicas en la Universidad Complutense de Madrid, Madrid-España; bajo la dirección del Dr. Ángel Vegas del Consejo Superior de Investigaciones Científicas, CSIC -España. Postdoctor en el Centro de Química del Instituto Venezolano de Investigaciones Científicas - IVIC, bajo la supervisión del Dr. Joaquín Brito, y en Rice University con el Dr. Gustavo Scuseria. Investigador Asociado en CeCalCULA, bajo la supervisión del Dr. Luis Núñez.Doctorado3165II - 2007; II - 2003115 - 2005; 65 - 20031. Química del Estado Sólido, 2. Modelaje Molecular en Biomoléculas.Marzo de 2007Lic. en Física+58 274 2524192;+58 274 [email protected], [email protected]

Analysis of Covid-19 Using A Modified SEIR Model To Understand The Cases Registered in Singapore, Spain, And Venezuela

International audienceThis work proposes a modification of a compartmental-type model based on the Súsceptible-Exposed-Infected-Recovered (SEIR) scheme to describe the dynamics of contagion by Covid-19 in any part of the world, inclúding also the númerical and analytical calcúlation of the mantissa and the resolútion of a partial differential eqúation system. As an example, the different incidents that occúrred in Singapore, Spain and Venezúela are analyzed to demonstrate the úsefúlness of the methodology developed in this work that can be seamlessly extended to other regions

Biomedical aplications in EELA.

Biomedical aplications in EELA. (Perez Griffo, Javier; Isea, Raul; Nuñez, Luis; Mora, Henry Ricardo; Fernández, Manuel; Cardenas, Miguel; Hernández, Vicente; Mayo, Rafael and Blanquer, Ignacio) Abstract The current demand for Grid Infrastructures to bring collabarating groups between Latina America and Europe has created the EELA proyect. This e-infrastructure is used by Biomedical groups in Latina America and Europe for the studies of ocnological analisis, neglected diseases, sequence alignments and computation [email protected], [email protected]@ula.veNivel monográfic