Research Projects

ReproHelix Labs focuses its research effort in areas of Stem cell biology, andrology, embryology, cryopreservation, idiopathic infertility and reproductive genetics.

We pursue the science where we can make the greatest difference, now and in the future.

Our Main Focus

In understanding the role of endometrial stem cells in reproduction and reproductive disorders.
Concentrating on the potential of the maternal cells present in breastmilk and their cell banking.
Understanding the molecular and environmental variables that influence sperm quality in male infertility, optimizing strategies for eSET, fertility preservation and product development.

Our Projects

Endometrial Stem Cells

Endometrial Regeneration

Investigating the regenerative capacity of endometrial stem cells and their involvement in the cyclical regeneration of the endometrium. Understanding the mechanisms that govern endometrial repair and remodeling can shed light on infertility, recurrent pregnancy loss, and certain reproductive disorders.

Implantation and Pregnancy

Studying the role of endometrial stem cells in facilitating embryo implantation and supporting early pregnancy. Elucidating the interactions between endometrial stem cells and the developing embryo is essential for enhancing fertility treatments and improving pregnancy outcomes.

Reproductive Disorders

Exploring the role of endometrial stem cells in the development of reproductive disorders, such as endometriosis and adenomyosis. Investigating how abnormal stem cell function contributes to these conditions can lead to potential therapeutic strategies.

Biomarkers and Diagnostics

Identifying specific biomarkers associated with endometrial stem cells that can aid in diagnosing reproductive disorders and monitoring treatment outcomes. Such biomarkers may serve as valuable tools for personalized fertility treatments.

Endometrial Health

: Studying the factors that influence the health and functionality of endometrial stem cells, including age, environmental influences, and lifestyle factors. This research can contribute to strategies for maintaining endometrial health and fertility potential.

Through our dedicated research on Endometrial Stem Cells, we aim to advance knowledge in reproductive biology and contribute to the development of innovative diagnostic tools and targeted treatments for reproductive disorders. Our collaborative efforts with experts and institutions in the field enable us to make meaningful contributions to the understanding of endometrial biology and its implications in reproduction and women’s health.

Breast milk Stem Cells

At ReproHelix Labs, we are engaged in pioneering research on Breast Milk Stem Cells, exploring their unique properties and potential implications in child and women’s healthcare. Breast milk, often considered a complete source of nutrition for infants, has been found to contain a diverse population of stem cells that hold remarkable regenerative properties.

Our research on Breast Milk Stem Cells focuses on the following key areas:

Stem Cell Characterization

We study and characterize the different types of stem cells present in breast milk, including mammary stem cells and other multipotent stem cells. Understanding their characteristics and behavior is crucial for unlocking their therapeutic potential.

Regenerative Properties

Investigating the regenerative capabilities of breast milk stem cells. We explore their ability to differentiate into various cell lineages, which could have implications in repairing damaged tissues and promoting healing.

Immune Modulation

Examining the role of breast milk stem cells in modulating the immune system. Breast milk contains immune cells that may contribute to the infant's immune development and protection against infections.

Disease Research

Studying the potential of breast milk stem cells in disease modeling and research. These stem cells could serve as valuable tools for investigating various health conditions and developing targeted therapies.

Reproductive Health

Exploring the role of breast milk stem cells in maternal and infant reproductive health. Understanding their influence on fertility, reproductive development, and postpartum healing could have significant implications for women's health.

Therapeutic Applications

Our commitment to Breast Milk Stem Cell research reflects our dedication to advancing scientific knowledge and exploring the untapped potential of this unique biological resource. Through collaborations with leading researchers and medical institutions, we strive to make groundbreaking discoveries that contribute to advancements in child and women’s healthcare, offering innovative solutions that benefit families and society at large.

Andrology and Male Fertility

Investigating factors affecting sperm quality, male reproductive health, and the impact of lifestyle, environmental, and genetic factors on male infertility. Our research aims to develop targeted interventions to address male fertility issues and improve treatment outcomes.

Embryology and Embryo Development:

Studying the early stages of embryo development to better understand embryo quality, implantation, and factors influencing successful pregnancies. Our research aims to optimize embryo selection techniques and enhance assisted reproductive technologies.

Through these research projects, ReproHelix Labs strives to be at the forefront of scientific advancements in Reproductive Genetics & Fertility Solutions. By continuously pushing the boundaries of knowledge and technology, we are dedicated to making significant contributions to the field and providing the best possible care and solutions for individuals and couples on their journey to parenthood.

Collaborations

ReproHelix Labs strive for the collaborative efforts with several researchers within the field of ART and Stem Cell Biology from universities and IVF Clinics for research and development.

Our Collaborators

Department of IVF & Reproductive Medicine, Qualias, Buenos Aires, Argentina
Department of IVF & Reproductive Medicine, Sunanda IVF, Kolhapur, Maharashtra, India.
Department of Biotechnology, Kasturba Walchand College, Sangli, Maharashtra, India.