ICSI Center

Molecular Genetics Research Laboratory for Male Infertility / Advanced Micromanipulation Research Laboratory on Mammalian Gametes


Our field of interest is to device and execute research projects in reproductive biology. The main focus is on designing and carrying out research projects on the physiology of human gametes, spermatozoa, and oocytes in order to understand their maturation and interaction. Other fields of interest are the genetic basis responsible for spermatogenesis and to explore techniques for assessment of aneuploidy of eggs and sperm. Systematically device and organize follow-up studies to investigate the wellbeing of children born from assisted reproductive technologies (ART), IVF, ICSI, and those resulting from cryopreservation. Investigate methods to enhance the efficiency of cryopreservation procedures of human eggs.

European Society of Human Reproduction and Embryology Annual Meeting 2015

Seminal Fluid Biomarkers and IUI Clinical Outcome

Lindsay Reisman, Laura Park, Queenie V. Neri, Theodore Paniza, Zev Rosenwaks, and Gianpiero D. Palermo

Seminal Fluid ROS-Buffering Capacity Relates to Sperm Parameters, Chromatin Integrity, and Embryo Developmental Competence

Laura Park, Queenie V. Neri, Zav Rosenwaks, and Gianpiero D. Palermo

Seminal BioMarkers to Guide Sperm Sourcing

Theodore Paniza, Tyler Cozzubbo, Queenie V. Neri, Laura Park, Marc Goldstein, Zav Rosenwaks, and Gianpiero D. Palermo

A Seminal Biomarker of Germinative Epithelium Integrity

Tyler Cozzubbo, Queenie V. Neri, Stephanie Cheung, Theodore Paniza, Zav Rosenwaks, and Gianpiero D. Palermo

Three-Dimensional Sperm Surface Reconstruction Analysis Yields More Consistent and Accurate Results Than Conventional Bidimensional Morphology Analysis

Brian A. Levine, Eric Chung, Jeremy Feinstein, Queenie V. Neri, Dan Goldschlag, Serge Belongie, Zev Rosenwaks, and Gianpiero D. Palermo

Gender Specific Selection of Individual Spermatozoa by ICSI

Queenie V. Neri, Stephanie Cheung, Zav Rosenwaks, and Gianpiero Palermo

The Role of In Vivo and In Vitro Maturation Time on Oocyte Nuclear-Cytoplasmic Asynchrony

Nigel Pereira, Queenie V. Neri, Jovana P. Lekovich, Gianpiero D. Palermo, and Zev Rosenwaks