Discover the revolutionary breakthrough in canine reproduction known as TECT, a term that might sound peculiar but signifies a significant advancement in dog breeding. This article explores the innovative approach that is set to transform how breeders and veterinarians understand and facilitate the breeding process, ensuring healthier pregnancies and improving the welfare of both dams and sires. Learn about the latest research findings, practical applications, and how TECT offers new insights into fertility, whelping, and neonatal care.
Tag: Progesterone
Understanding progesterone’s critical role in managing breeding and pregnancy in pets.
[BLOG] 2014 SFT meeting: news I need to share with you (Part I)
Explore the cutting-edge of canine reproduction with key findings from the 2014 SFT meeting. The post covers important topics such as the mechanics of dog spermatogenesis, critical insights from breeding soundness evaluations, and practical breeding strategies.
Fat: more than just “storage”
Exploring the critical link between nutrition and fertility in pets, this insightful post reveals how body condition, particularly fat's role as an endocrine tissue, significantly impacts reproductive health. Highlighting the hormonal imbalances caused by obesity and the temperature sensitivity of gametes and embryos, it underscores the necessity of optimal body condition for breeding success.
[BLOG] Timing of ovulation in canines: 3 take-away messages from our previous webinar
Understanding the timing of ovulation in canines is crucial for successful dog breeding. Our recent webinar highlighted three key messages that every breeder should know. First, accurately identifying the ovulation period significantly increases the chances of conception. This process involves monitoring hormonal changes, specifically progesterone levels, to predict the optimal breeding time. Second, employing the right tools and techniques for ovulation detection can streamline the breeding process, ensuring breeders make informed decisions. Lastly, we emphasized the importance of veterinary involvement for health assessments and guidance throughout the breeding cycle. This knowledge is vital for optimizing breeding strategies and enhancing the reproductive success of your breeding program.
[BLOG] Back to the Future : Reviewing my Minutes from the 2012 ISCFR – Part I (2018)
In this insightful update from the 2012 ISCFR, key advancements and pivotal research findings in reproductive health for dogs and cats are highlighted. From the latest on artificial insemination techniques to breakthroughs in understanding hormonal impacts on fertility, this blog offers essential knowledge for veterinarians and breeders alike. Discover the significant strides made in breeding soundness examinations, the crucial role of hormones like progesterone, AMH, and LH in reproductive cycles, and the advancements in neonatal care that promise healthier future generations for both canines and felines.
[BLOG] TCI vs Surgical AI ? Some elements here !
In this insightful post, Dr. Emmanuel Fontaine explores the nuances between Trans Cervical Insemination (TCI) and surgical artificial insemination in canine reproduction, emphasizing the benefits of TCI. Highlighting a seminar in Ontario in partnership with Minitube Canada, the article discusses the advantages of using vaginal endoscopy for intra-uterine insemination, a technique Dr. Fontaine extensively utilized in his previous role at a canine reproduction center in Paris. With expert insights and a comparison of TCI against surgical methods, this piece is essential reading for those interested in the latest advancements in canine reproductive technologies.
[BLOG] Small animal reproduction: my Top 10 predictions for the future !
Exploring the future of small animal reproduction, this insightful blog by Dr. Emmanuel Fontaine unveils the remarkable advancements and potential breakthroughs on the horizon. With a decade of experience, Dr. Fontaine shares his top 10 predictions that promise to reshape canine and feline breeding. From routine feline insemination and innovative semen processing techniques to embryo transfers and stem cell therapy for repairing damaged uteri, the future looks bright. The blog highlights the shift towards more sophisticated reproductive technologies, including in-vitro fertilization and synthetic colostrum for newborns, underscoring a transformative era in small animal reproduction that could bring the science fiction of today into tomorrow's reality.
[BLOG] Canine repro: why it is really a unique species
Exploring canine reproduction reveals its distinct nature compared to other mammals. Canines exhibit early luteinisation of ovarian follicles, where progesterone production begins before ovulation, aiding in pinpointing ovulation timing. Unlike most mammals that release mature oocytes during ovulation, canines ovulate premature oocytes requiring 55 to 72 hours of maturation before fertilization can occur. This understanding is pivotal in devising optimal breeding protocols, offering a glimpse into the unique aspects of canine breeding and the ongoing scientific journey to unravel the mysteries of their reproductive physiology.
Dog Breeding Decoded: 20 Key Insights into Canine Ovulation Timing
This blog delves into the intricate details of canine reproduction, focusing particularly on the estrous cycle and the role of progesterone in ovulation timing. It provides comprehensive insights into the stages of the cycle, progesterone testing, and the inherent variability in ovulation timing. This resource is invaluable for dog breeders, and veterinarians offering a scientific yet accessible explanation of complex reproductive processes.
[BLOG] Feline reproduction: fibroadenomato….what?!?!
In veterinary circles, fibroadenomatosis in felines is a condition less commonly encountered but crucial for cat breeders to understand. This blog unveils the complexities behind this sex hormone-related disease, primarily influenced by progesterone. With cats being mating-induced ovulators, the risk of fibroadenomatosis escalates, potentially complicating pregnancies. Beyond natural causes, the use of progestins, potent progesterone analogues, as contraceptive measures amplifies this risk. Despite its daunting prospects, effective medical interventions have evolved, offering hope and solutions.
DR. EMMANUEL FONTAINE 