Neither increasing the frequency of sow feedings nor decreasing the interval between feedings prior to farrowing reduced piglet stillbirths.

IF 1.3 Q3 AGRICULTURE, DAIRY & ANIMAL SCIENCE Translational Animal Science Pub Date : 2024-10-23 eCollection Date: 2024-01-01 DOI:10.1093/tas/txae150
Danielle C Johnson, Jeremy G Perez, Jorge Estrada, Deanne Corzatt, Michael W Welch, Eric Parr, Dustin D Boler
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Abstract

Farrowing durations that exceed 240 min cause stillborn rates to increase. Therefore, feeding strategies in late gestation have been studied to mitigate the negative consequences of extended farrowing durations. A total of 1,501 sows (PIC 1050 Camborough) were used for this study at two individual farms near Carthage, IL. Farm 1 (758 sows) was a porcine reproductive and respiratory virus (PRRSv) stable (previously experienced a PRRSv outbreak and is currently vaccinated for PRRSv) with an older parity structure (3.67). Farm 2 (743 sows) was PRRSv positive (sows with pigs demonstrating Ct values <36 determined by pig processing fluids) and had a younger parity structure (2.96). Sows were moved into farrowing rooms at approximately day 112 of gestation and started on their respective treatment. Treatment 1 sows were fed 1 meal of 2.27 kg per day at 0600 h. Treatment 2 sows were fed two equal meals of 1.13 kg (2.27 kg total) at 0600 and 1400 h. Treatment 3 sows were fed two equal meals of 1.13 kg (2.27 kg total) at 0600 and 1800 h. Treatment 4 sows were fed three equal meals of 0.77 kg (2.27 kg total) at 0600, 1400, and 2200 h. Treatments were assigned to farrowing rooms in a replicated 4 × 4 Latin Square arrangement of treatments where each treatment was fed in each room one time at each farm. Daily feed intakes were recorded from the time sows were introduced to the farrowing room until 5 d after farrowing. The total number of pigs born, pigs born alive, stillbirths, and mummies were recorded for each litter within 24 h of farrowing. Live pigs were weighed as a group to record litter birth weight. Pig mortality and morbidities were recorded until 5 d after farrowing. The total number of pigs born and pigs born alive were not different (P ≥ 0.59) among treatments. The number of stillborn pigs was not different (P = 0.33) among treatment 1(1.15 ± 1.41), treatment 2 (1.20 ± 1.36), treatment 3 (1.30 ± 1.46), and treatment 4 (1.14 ± 1.28). Sows fed three times per day at 8 h intervals tended (P = 0.08) to reduce the percentage of sows farrowed under supervision compared with sows fed once a day. Sows fed twice per day at 12 h intervals reduced (P = 0.01) the percentage of sows provided assistance compared with feeding sows once per day. Feeding a sow one meal of 2.27 kg, two meals (2.27 kg total), or three meals (2.27 kg total) of feed a day before farrowing did not reduce the number of stillborn piglets regardless of farm health status or parity structure.

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增加母猪的喂养频率和缩短分娩前的喂养间隔都不能减少仔猪死产。
产程超过 240 分钟会导致死胎率上升。因此,人们研究了妊娠后期的饲喂策略,以减轻产程延长带来的负面影响。在伊利诺伊州迦太基附近的两个猪场,共有 1501 头母猪(PIC 1050 头)参与了这项研究。1 号猪场(758 头母猪)是猪繁殖与呼吸道病毒 (PRRSv) 稳定场(曾经历过 PRRSv 爆发,目前已接种 PRRSv 疫苗),母猪奇偶结构较老(3.67)。2 号猪场(743 头母猪)的 PRRSv 阳性(母猪的猪只 Ct 值 P ≥ 0.59)。处理 1(1.15 ± 1.41)、处理 2(1.20 ± 1.36)、处理 3(1.30 ± 1.46)和处理 4(1.14 ± 1.28)的死胎猪数量没有差异(P = 0.33)。与每天饲喂一次的母猪相比,每天饲喂三次、每次间隔 8 小时的母猪在监督下分娩的比例有下降趋势(P = 0.08)。与每天饲喂一次的母猪相比,每天饲喂两次、间隔 12 小时的母猪会降低(P = 0.01)提供帮助的母猪比例。无论猪场健康状况或胎次结构如何,母猪产前一天喂一顿 2.27 千克、两顿(共 2.27 千克)或三顿(共 2.27 千克)饲料都不会减少死胎仔猪的数量。
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来源期刊
Translational Animal Science
Translational Animal Science Veterinary-Veterinary (all)
CiteScore
2.80
自引率
15.40%
发文量
149
审稿时长
8 weeks
期刊介绍: Translational Animal Science (TAS) is the first open access-open review animal science journal, encompassing a broad scope of research topics in animal science. TAS focuses on translating basic science to innovation, and validation of these innovations by various segments of the allied animal industry. Readers of TAS will typically represent education, industry, and government, including research, teaching, administration, extension, management, quality assurance, product development, and technical services. Those interested in TAS typically include animal breeders, economists, embryologists, engineers, food scientists, geneticists, microbiologists, nutritionists, veterinarians, physiologists, processors, public health professionals, and others with an interest in animal production and applied aspects of animal sciences.
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