A Pakistani Scientist, Hafsa Gulzar, has contributed to a scientific breakthrough in Poland. The research uses holotomography to create three-dimensional images of living egg cells.
The research was conducted by a team linked to Jagiellonian Universityโs Maลopolska Centre of Biotechnology. The Institute of Nuclear Physics of the Polish Academy of Sciences also participated.
Researchers used holotomography to examine living egg cells in greater detail. The method provides information beyond what conventional microscopes can show.
The technique allows scientists to study the internal features of living oocytes. It can also provide information about their metabolism and biochemical condition.
Researchers described the work as the first use of holotomography for three-dimensional imaging of live egg cells. The approach allows the cells to remain alive during the imaging process.
Possible Benefits for IVF
Scientists believe the method could support future fertility treatments. It may help embryologists assess an egg cell before fertilisation.
The technique could also help identify oocytes with stronger developmental potential. These cells may have better chances of supporting a healthy pregnancy.
Current IVF procedures often depend on visible characteristics of egg cells. However, appearance alone may not provide complete information about their condition.
The new method could add objective information about an oocyteโs metabolic and biochemical state. This could help specialists make more informed decisions during fertility treatment.
Researchers believe improved oocyte selection could increase the chances of successful fertilisation. It may also support better pregnancy outcomes and healthy births.
Hafsa Gulzarโs Contribution
Hafsa Gulzar is from Mandi Bahauddin, Pakistan. She worked with the wider research team under the guidance of her professors.
Her contribution included developing the analysis method used in the research. She also helped create a procedure for preparing and imaging living egg cells.
The research team said the complete process takes around 10 minutes. Further studies will be needed before the method can enter routine embryology practice.
Researchers will need to confirm its effectiveness through additional studies. Its wider use will depend on the results of future research.
The achievement has received attention in Gulzarโs hometown of Mandi Bahauddin. It has also been viewed as a positive development for Pakistani researchers working internationally.
Academic circles have highlighted the importance of supporting young researchers from Pakistan. Greater research support could help scientists develop stronger research capacity within the country.
The work by the Pakistani Scientist demonstrates the potential of advanced imaging technology in reproductive science. It may also open new opportunities for studying living egg cells.
In other news read more about Chinese Scientists Develop โLiving Fabricโ That Can Clean and Repair Itself
If future research confirms its benefits, the technique could become useful in embryology. It may eventually help fertility specialists assess egg cells more accurately.
