Articles tagged with Artificial Insemination
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A $1.8 million grant will fund the development of refrigerated semen storage, eliminating liquid nitrogen needs for dairy farming in developing countries. This technology is expected to increase milk production and improve farmers' incomes, addressing food insecurity.
The global impact of IVF continues to grow, with estimated 20 million IVF births worldwide, increasing the demographic importance of fertility needs. IVF has become a more effective route to parenthood for those previously unable to conceive.
Researchers highlight the risks of bypassing natural selection in assisted reproductive technologies (ART), which can lead to deleterious epigenetic changes and increased health problems. They propose applying evolutionary principles to ART protocols to improve outcomes for human ART and animal production.
A large study found that women with asthma are more likely to miscarry and require fertility treatment, but most can still have babies. The study analyzed reproductive outcomes for over 700,000 Danish women, finding higher rates of foetal loss and fertility treatment among those with asthma.
Chicken sperm can retain fertility and viability for up to three weeks after refrigeration, making it unsuitable for traditional cryopreservation methods. The study found that removing calcium ions impacts energy metabolism dynamics, inducing a physiological dormancy-like state in the sperm cells.
The special issue explores achievements and challenges in reproductive endocrinology and infertility medicine, presenting strategies to bridge the gap between societal obligations and practice. Access to care remains a challenge for varying populations within societies and underserved regions.
Researchers analyzed dairy cows' uterine microbiota and found significant associations with fertility, including a correlation between microbial diversity and AI frequency. The study suggests that farm-to-farm variations in microbiota can impact fertility, paving the way for new diagnostic approaches to low fertility in dairy farms.
Scientists at the University of Queensland are working on a new method for artificial insemination in sheep, aiming to boost pregnancy success rates. The research could lead to significant improvements in wool and meat production, as well as enhance animal welfare.
Achieving a high fertility cycle in dairy herds involves implementing reproductive management programs, maintaining optimal body condition scores (BCS), and ensuring timely pregnancies. By calving cows at lower BCS between 2.75 and 3.0, dairy farms can reduce health issues and increase fertility rates.
Researchers found that zinc ion serves as a master-regulator of various processes in sperm to facilitate fertilization. Zinc helps maintain sperm in the non-capacitated state, preventing premature capacitation during artificial insemination.
Researchers found that nearly 80% of women with blocked fallopian tubes could conceive naturally after a simple diagnostic procedure and treatment, called selective salpingography and fallopian tube recanalization. The study suggests that this treatment could provide clarity on infertility and offer a life-changing option for many women.
Research involving nearly 250,000 US families found that medically assisted reproduction techniques, including IVF, do not significantly affect birth weight and pregnancy term. Once family circumstances are considered, the differences between MAR-conceived babies and naturally conceived children become insignificant.
A survey of 121 fertility specialists in Australia, UK, and New Zealand found that endometrial scratching is still offered by 34% of clinics despite lack of evidence, primarily for psychological benefits. Many respondents considered the procedure's drawbacks, including pain and cost.
A recent investigation found at least 37 canine fertility clinics operating in the UK, with many lacking veterinary staff. The clinics often advertise services that require veterinarian expertise, raising concerns about animal welfare.
A new cryopreservation technique has been developed to preserve genetically modified rat spermatozoa, which are difficult to store due to their large size and sensitivity to temperature changes. The method, tested on genetically modified rats, successfully produced over 300 offspring from a single male rat.
Researchers at Inprenha Biotecnologia have discovered a molecule that increases bovine pregnancy rates and reduces early embryo loss. The product, which enhances reproductive efficiency in domestic animals like cattle and horses, has been tested by the company and shown to be effective.
A new study has discovered that uterine contractions during artificial insemination procedures can increase the chances of pregnancy. The research found a positive correlation between the number of uterine contractions and the rate of clinical pregnancy, as well as live births following artificial insemination.
New research shows that female birds maximize offspring health by mating with multiple males, increasing disease resistance through 'cryptic female choice'. This internal mechanism favors sperm from genetically different males, boosting MHC diversity and enhancing disease resilience.
A new study by Texas A&M AgriLife Communications found that using test-tube calf embryos can double pregnancy rates and increase heifer births during the summer months. The method uses fresh or frozen embryos fertilized in a lab, bypassing heat stress's negative effects on fertility.
A team of scientists has successfully achieved the first live births of killer whales through artificial insemination. The study, led by Dr. Todd R. Robeck, used genome resource banking and artificial insemination to store sperm from male orcas for later use. This breakthrough may help maintain genetic diversity in captive marine mammals.
Researchers found that treating women to ovulate and inseminating them through the uterus resulted in more pregnancies than other methods. The combination of superovulation and intrauterine insemination was deemed effective for infertile couples with no identifiable infertility factor and motile sperm.