Month: August 2023

SpOvum featured in a newspaper article about Mane Hospital’s LifeNu IVF center

An article in a Kannada newspaper was published on the importance of Mane Hospital’s LifeNu IVF center at Bagalkote City in northern Karnataka. The state-of-the-art technology enabled by SpOvum Technologies is much appreciated.

Newspaper Article about

Here is the English Translation of the article

In 2018, Mane Multispecialty Hospital started an IVF center called LifeNu IVF center with all facilities for the first time in Bagalkot district. This is saving the time and money of many women who were going to different places for infertility treatment. From 2022 at Mane Hospital, in collaboration with SpOvum Technologies Company, the hospital has implemented quality maintenance technology at all stages of treatment through sensors. All treatments for infertility are available, including state-of-the-art ICSI technology treatment at affordable rates.
Due to this, not only people who were going to different cities for IVF treatment from many parts of North Karnataka like Koppala, Gadag, Vijayapur, and Belgaum are getting treatment at Dr. Mane Hospital’s LifeNu IVF center in Bagalkot, but also Dr. Vaishali has examples of couples from Bengaluru who came for the treatment and got children.

Bulk stiffness and recovery time – a measure of development of mouse embryos

Understanding the onset of embryonic arrest by studying the morphology of the embryos at different stages of their development is a relatively well-understood subject. The qualitative nature of the study makes it difficult to determine and quantify the causes behind the arrest. For successful embryonic development, it is essential to know, non-destructively, and the developmental viability of the embryos at a particular stage.

We investigate the bulk stiffness and recovery time as the viability quantifiers for grading or classifying embryos at the two-cell stage or after the formation of the first cleavage. A simple cantilever beam-based experimental procedure is established to investigate two-cell mouse embryos in two distinct orientations.

Bulk stiffness measurement varies with the embryo’s orientation and deformation. A good quality two-cell embryo shows a significant decrease in stiffness ratio with the deformation. Also, the embryo’s recovery time after releasing deformation may indicate a quality-dependent correlation.

Our study concludes that the bulk stiffness measurements in the two principal orientations, their ratio, and recovery time correlate with the underlying morphology of two-cell stage mouse embryos.

Here is the link for the full paper

https://jrhm.org/bulk-stiffness-and-recovery-time-a-measure-of-development-of-mouse-embryos/#F3