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Oosight Spindle View is a non-invasive IVF lab technology that helps assess egg maturity and spindle position before fertilisation.
At Galwa Care Hospital, Jodhpur, embryologists use this precision imaging to support better egg selection and safer ICSI planning in selected cases.
It adds confidence when egg quality, age, previous IVF failure or fertilisation concerns need closer laboratory evaluation.
Oosight imaging helps identify mature and structurally competent eggs for fertilization, filtering out those with poor spindle characteristics that are unlikely to develop well after injection.
Egg quality naturally declines with age and spindle integrity becomes more variable. Oosight imaging helps select the best available oocytes from a limited and increasingly variable pool.
When previous IVF cycles have not produced the expected outcomes, Oosight improves success by selecting eggs with better developmental potential based on internal structural assessment.
Assists in identifying hidden oocyte-related issues affecting fertilization that are simply not visible under conventional light microscopy used in standard IVF laboratory protocols.
Guides accurate sperm injection by clearly visualizing the position of internal egg structures, minimizing the risk of spindle disruption during the microinjection procedure itself.
Mature eggs are collected from the ovaries as part of the standard IVF process using an ultrasound-guided transvaginal aspiration procedure performed under mild sedation.
Retrieved eggs are carefully placed under the specialized polarized light microscopy system for non-invasive Oosight imaging assessment without any physical contact or chemical exposure.
The meiotic spindle within each egg is identified and assessed for its position, integrity, brightness, and alignment, providing key information about the egg's developmental readiness.
Eggs with optimal spindle characteristics including correct position and strong visibility are selected for fertilization, while those with poor or absent spindles are deprioritized.
Sperm is injected into each selected egg with precise orientation relative to the visualized spindle position, minimizing the risk of spindle disruption during the microinjection.
Fertilized eggs are cultured and closely monitored for growth and developmental quality. The entire Oosight process is completely non-invasive and does not compromise egg viability at any.

Uses polarized light microscopy without any physical contact or chemical exposure, making it completely safe for the egg and entirely free from any risk of damage.

Allows embryologists to identify and prioritize eggs with the best internal structural characteristics and developmental potential before fertilization decisions are made.

Selecting eggs with correctly positioned and intact meiotic spindles reduces the risk of chromosomal errors occurring during fertilization and early embryo development.

Knowing the exact spindle position allows the embryologist to inject the sperm in the safest direction possible, directly avoiding spindle disruption during the microinjection step.

Helps maximize outcomes in women with advanced maternal age where egg quality is more variable and precise internal assessment is particularly critical to treatment success.

Eggs selected with optimal spindle characteristics are more likely to fertilize successfully and develop into high-quality embryos with stronger implantation potential.

By improving the quality of the starting material for fertilization, Oosight technology contributes meaningfully to better overall IVF cycle results in selected patients.

Oosight Spindle View is a clinically validated imaging technique supported by peer-reviewed research in advanced reproductive medicine and embryology worldwide.

Provides an additional layer of objective selection in patients where standard egg assessment methods have not achieved the desired clinical outcome in previous cycles.

At Galwa Care Hospital, Oosight is incorporated into individualized treatment plans where it is specifically expected to add the most meaningful clinical value for each patient.nn























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Oosight Spindle View is a specialized, non-invasive imaging technology used in IVF laboratories to visualize the meiotic spindle inside a woman's egg using polarized light microscopy. The meiotic spindle is a critical internal structure responsible for correct chromosome alignment during cell division. By identifying eggs with optimal spindle characteristics, embryologists can select the most developmentally capable eggs for fertilization, improving fertilization accuracy and supporting better embryo quality, which contributes to improved IVF outcomes particularly in patients with poor egg quality or repeated cycle failures.
Yes, Oosight Spindle View is completely safe. It uses polarized light-based imaging without any physical contact with or chemical exposure to the egg, making it one of the safest tools available for non-invasive egg quality assessment. The technology does not damage the egg or compromise its viability, developmental potential, or fertilization capacity in any way. It is performed as a standard part of the pre-ICSI laboratory workflow without adding any risk to the treatment process.
No, Oosight Spindle View is not required for all IVF patients. It is recommended in selected cases where enhanced egg assessment is expected to add the most meaningful clinical value, such as advanced maternal age, poor egg quality, repeated IVF failures, or unexplained fertilization failure. Your specialist at Galwa Care Hospital will assess your individual clinical profile and advise whether Oosight imaging is the right addition to your specific IVF protocol.
Oosight imaging is performed after egg retrieval and before fertilization, as part of the ICSI preparation process. The imaging reveals the exact position of the meiotic spindle within the egg, allowing the embryologist to inject the sperm in a direction that avoids disrupting this critical structure during the microinjection. This precision reduces the risk of chromosomal errors during fertilization and supports the development of higher-quality embryos in the subsequent culture phase.
Oosight Spindle View assesses the structural readiness and maturity of the egg but does not perform full genetic screening. For chromosomal genetic testing of embryos, Preimplantation Genetic Testing (PGT-A) is the appropriate and recommended technique. Oosight enhances the precision of egg selection and the accuracy of ICSI, improving the quality of the fertilization process, but does not guarantee pregnancy. Success depends on multiple factors including embryo quality, uterine receptivity, and the overall individualized treatment protocol.