Bibliographic citations
Pérez, S., (2009). Aislamiento, caracterización y análisis del ADN codificante de la glicoproteína de zona pelúcida de tipo 2 (aZP2) de alpaca (Lama pacos) [Tesis, Universidad Nacional Mayor de San Marcos]. https://hdl.handle.net/20.500.12672/1220
Pérez, S., Aislamiento, caracterización y análisis del ADN codificante de la glicoproteína de zona pelúcida de tipo 2 (aZP2) de alpaca (Lama pacos) [Tesis]. PE: Universidad Nacional Mayor de San Marcos; 2009. https://hdl.handle.net/20.500.12672/1220
@misc{renati/482901,
title = "Aislamiento, caracterización y análisis del ADN codificante de la glicoproteína de zona pelúcida de tipo 2 (aZP2) de alpaca (Lama pacos)",
author = "Pérez Gamarra, Susan Karen",
publisher = "Universidad Nacional Mayor de San Marcos",
year = "2009"
}
The zona pellucida is a extracellular matriz that surrounds vertebrate oocytes, and plays important roles in the recognition and interaction of gametes specie- specific, induction of Acrosome Reaction (AR) of the spermatozoa, block to polyspermy, keeps th integrity of the early embryo through its transicion by the oviduct; It is composed of three glycoproteins: ZP3 that induces RA; ZP1, structural, crosslink ZP3 and ZP2. ZP2 acts as a secondary sperm receptor that is necessary for the maintenance of sperm binding to the egg, its proteolytical modification after fertilization permits the block to polyspermy ZP2 participates also in the organization, development, maturation of the oocyte beacuse it keeps consistently the matrix and the interaction between peripherical cells with the germ cell. We isolated and analized in silico a partial coding secquence of the glycoprotein of type 2 (aZP2) in alpacas, we determined that this protein is express exclusively in the ovaries. Also this amalized partial secquence is conserved, constituting a monophyletic group between Cetarteodactyla. This thesis work provides basic knowledge on the glycoprotein a ZP2 in alpacas, a protein implicitly involved in fertilization, to know it benefits the improvement of existing reproductive biotechnology techniques such as the follicular-oocyte maturation, cryopreservation of gametes and embryos in vitro fertilization and injection of intracytoplasmic sperm, techniques that are trying to be implemented with many difficulties in camelids.
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