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Medicine and Health Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Veterinary Medicine

Faculty Publications and Other Works -- Large Animal Clinical Sciences

Series

Cattle

Publication Year

Articles 1 - 2 of 2

Full-Text Articles in Medicine and Health Sciences

Electrosurgical Bipolar Vessel Sealing For A Standing Flank Ovariectomy In Beef Heifers, Joseph Smith, Guillermo Salazar, Ciara Peace, Jeff D. Olivarez, Katie Vermeulen, Kelley Black, Camille Guss, Dane Tatarniuk, Tyler Dohlman, Caitlin Wiley Mar 2021

Electrosurgical Bipolar Vessel Sealing For A Standing Flank Ovariectomy In Beef Heifers, Joseph Smith, Guillermo Salazar, Ciara Peace, Jeff D. Olivarez, Katie Vermeulen, Kelley Black, Camille Guss, Dane Tatarniuk, Tyler Dohlman, Caitlin Wiley

Faculty Publications and Other Works -- Large Animal Clinical Sciences

Traditional ovariectomy techniques for heifers (e.g. colpotomy) have adverse effects ranging from hemorrhage to mortality. Electrosurgical bipolar vessel sealing devices offer a superior ligation of ovarian pedicle and associated structures. In ruminants, standing flank laparotomy has been used for abdominal visibility. We performed ovariectomy in 2 companion beef heifers via a unilateral flank approach, combined with electrosurgical ligation. Surgeries were performed in standing animals, under local anesthesia, with no observed short- or long-term adverse effects. This technique is worth considering for cases where the security of electrosurgical ligation combined with the accessibility of a flank laparotomy are desired. Additional research …


Short Communication: Relationship Between Body Growth And Mammary Development In Dairy Heifers, L F. Silva, M J. Vandehaar, Brian K. Whitlock, R P. Radcliff, H A. Tucker Oct 2002

Short Communication: Relationship Between Body Growth And Mammary Development In Dairy Heifers, L F. Silva, M J. Vandehaar, Brian K. Whitlock, R P. Radcliff, H A. Tucker

Faculty Publications and Other Works -- Large Animal Clinical Sciences

Our objective was to determine if prepubertal rate of body weight (BW) gain, independent of diet, was related to mammary development of dairy heifers. Data from two studies recently conducted at Michigan State University were used to identify factors, within a dietary treatment group, that would account for variation in first lactation milk production or amount of mammary parenchymal DNA at the time of puberty. Factors analyzed for variation in milk production during first lactation were: postpartum BW, prepubertal BW gain, gestational BW gain, postpartum BW gain, body condition score (BCS) at breeding, and BCS at calving. Factors analyzed for …