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-- receives welcome boost in the uk in the uk has received a boost in that noted specialist dr. jonathan pycock is now beva (british equine veterinary association) president. dr. pycock is encouraging increased research and presentation of the subject, and an enjoyable first step is the equine veterinary journal's release of 10 papers viewable on-line by all. these are available on the evj website . dr. pycock has been a long-time supporter of our parent organisation equine-reproduction.com and has kindly provided us with articles and presentations for many years, some of which can be found on our main website in our articles section . we are proud and happy to offer our congratulations to dr. pycock, and british horse breeding, as well as our thanks for his support. we must also offer thanks to his wife gill for provision of the accompanying photo of dr. pycock! 19/9/2017 other news: -- new "cloning" research with an interesting twist released up until now, in most cases there has been a way to differentiate - using dna profiling - between a donor animal and a clone of that animal. the differentiation can be made by looking at the mitochondrial dna of the animal in question. the important things to remember are that there are two forms of dna to consider - nuclear dna and mitochondrial dna (mtdna) - and that in respect to the latter, it can only be passed down to the next generation by the female. to the left are a pair of slides ("click" to enlarge) we used to demonstrate that at the lecture we gave at the american hanoverian society's agm a few months ago. it's really very simple, but often causes confusion. the red lines in the diagram are the mtdna being transmitted - the mares are to the right in the "pedigree" - while the blue lines are the nuclear dna. as you can see, both sire and dam transmit nuclear dna, but only the dam can transmit the mtdna. if the offspring to which the mtdna is transmitted is male, then the transmission stops there. so with cloning (the type of which that is used for the equine is technically called "somatic cell nuclear transfer") an oocyte - any suitable oocyte - is taken and "enucleated", or has the nuclear dna removed. without getting too technical, the mtdna from the oocyte remains, but doesn't (as far as we know) provide any characteristics related to the next generation, but is primarily associated with energy for the whole cell division (or fertilisation) process. the donor dna is then placed within that enucleated oocyte and undergoes a process to convince the cell that it's just been fertilised. cell division starts and in due course we hope, along comes a (dna) replica of the dna donor - except, in most cases, for the mtdna. because the mtdna came from a completely different source (the oocyte that was used) than did the original donor's mtdna (which would have come from his dam's oocyte), if the clone's mtdna is looked at, then it will be different from the dna donor's mtdna, so the differentiation can be made. where it gets tricky is if the "new" clone is male. if that stallion goes on to breed, there is no way to differentiate between an offspring of the original dna donor, and an offspring of the clone, because the mtdna would - in that offspring - have come from its dam, not the (clone) sire. this is the reason why we strongly encourage breed registries to record clones in some way so that there is not a "ringer" throw into the mix at some point - but that's another discussion for a different day... so on to the twist... a paper that is due to be published in the theriogenology journal (choi y., ritthaler j., hinrichs k. production of a mitochondrial-dna identical cloned foal using oocytes recovered from immature follicles of selected mares, theriogenology, article in press may 2014) reports on work that has been done where the oocytes that were used for the cloning process were taken from close female maternal line relatives - in one instance a cousin (a female offspring of a female sibling of the dna donor's dam) and in another instance, a second cousin (a female offspring of a female offspring of a female sibling of the dna donor's dam). as a consequence, the resulting foal (ultimately there was only one) had identical dna - both nuclear and mtdna - to the original dna donor. this has several interesting implications. obviously the first is that it is now possible to replicate an animal that - at this time - we cannot differentiate genetically from the original; the second is that it opens the door to further research as to what effect - if any - the mtdna truly does have on phenotype and performance in the equine. 11/5/2014 repetitive cemo shedding situation in ireland declared "resolved" the oie have published the following report concerning the irish stallion that tested positive for the cem organism last year, then cultured clean, and yet tested positive again this breeding season. it appears that some form of persistent or latent condition is present, or there is an issue with clearance methods in some way. " the non-thoroughbred stallion still remains positive and officially restricted. veterinary treatment consisted of antibiotic therapy and lavage and the stallion is currently culture negative but pcr positive. all other at risk animals were tested with all animals having negative results. " 12/5/2013 noted researcher dr. michelle leblanc dies it is with the deepest regret that we announce the death of noted researcher and veterinarian, dr. michelle leblanc. dr. leblanc was noted for her interest and research into mare infertility, late pregnancy problems - with a particular interest in placentitis - and embryo transfer. with much of her research being used on a daily basis today by equine reproductive veterinarians world-wide, dr. leblanc performed and published valuable research into the use and effect of oxytocin to assist pregnancy establishment and maintenance in mares with uterine clearance issues. dr. leblanc was for many years associated with the university of florida, having been their director of the equine research program. more recently, dr. leblanc had been working at rood & riddle veterinary hospital in lexington, kentucky, who last month renamed their center the "leblanc reproduction center". among many honours received by dr. leblanc, she was named 2000 theriogenologist of the year and received a lifetime achievement award from the world equine veterinary association in 2011. dr. leblanc, who died on saturday of ovarian cancer, which she had been battling for several years, was 58. a fund has been established by the theriogenology foundation to honour leblanc's legacy. it is the organizers hope that the fund will become large enough to establish an endowment fund in order to honour her in perpetuity. donations in leblanc's memory or honour can be sent to the theriogenology foundation , p.o. box 3007, montgomery, al 36109, usa. 16/4/2013 are clones fertile? well yes they are! cloning history has been made with the birth of a foal in texas. the as yet un-named filly shown at left was born april 10th and is by a clone of a world champion quarter horse gelding "go wild" out of a clone of a 3 time world champion quarter horse mare, "spring fling", who had been unable to produce a foal of her own. this is the first recorded instance of a foal being produced by a clone and out of a clone. 12/4/2013 equine-reproduction.com to present at cfer we are pleased to announce that equine-reproduction.com 's jos mottershead has been again invited to present at the colloquium for being hosted by the british society for animal science and being held at nottingham university on 17th april. the colloquium is in its fourth season and combines an ability to present new scientific information to veterinarians, students and the public with an opportunity for veterinarians, researchers and breeders to meet and discuss ongoing issues and needs related to the subject. more details are available by

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