Tópicos de Genética Molecular para Universitários

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E-book Gratuito

Editora

Editora Universitária da Universidade Federal Rural de Pernambuco

Autoria

Dra. Maria de Mascena Diniz Maia (Coord.)

Dr. Martín Alejandro Montes

Dra. Ana Cristina Lauer Garcia

Dr. Claudio Galvão de Souza Júnior

Dra. Fernanda Cristina Bezerra leite

Dra. Iêda Ferreira de Oliveira

Ano de Publicação

2024

ISBN

978-85-7946-383-9

Acesse o E-book

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Resumo

O e-book gratuito ‘Tópicos de Genética Molecular para Universitários’ é uma publicação da Editora Universitária da UFRPE com autoria da Dra. Maria de Mascena Diniz Maia (Coord.), do Dr. Martín Alejandro Montes, da Dra. Ana Cristina Lauer Garcia, do Dr. Claudio Galvão de Souza Júnior, da Dra. Fernanda Cristina Bezerra leite e da Dra. Iêda Ferreira de Oliveira.

Em seis capítulos o e-book aborda temas como material genético hereditário, fluxo da informação genética, reação da cadeia polimerase, clonagem gênica e marcadores moleculares, entre outros temas.