Page 15 of articles about sow
Lameness blindness (2/2)
The number of sows that suffer some kind of leg injury is much higher than is apparent, and even more so in second farrowings.
Protection of piglets against Oedema Disease by maternal immunization with Stx2e Toxoid
The article provides an alternative to the current vaccination programs that could be the solution for farms with early onset oedema disease. However, this alternative —consisting of vaccinating the dams at the end of gestation to achieve post-weaning piglets immunization—, also raises questions...
Is body condition the right tool to adjust feeding in pregnant sows?
Energy intake based on body condition differs greatly from the energy adult sows require. Moreover, the NRC clearly overestimates the sows' maintenance requirements.
Evaluation of an on-farm method to assess colostrum IgG content in sows
Low birth weight affects lifetime productive performance and longevity of female swine
Control of oestrus in problem gilts and sows
Meeting batch breeding targets requires availability of enough service-ready weaned sows and gilts.
Foster sows, how to make them?
If we decide to use foster sows to wean the "extra" piglets farrowed by hyper-prolific sows, we must decide which system is best suited to our farm and our management conditions.
Do nurse sows and foster litters have impaired animal welfare?
The effect of varying duration of water restriction on lactating sows
The performance of lactating sows and their offspring assessed over feed presentation
Lameness blindness (1/2)
Apparently, lameness problems amount to just 5% of the causes for sending pigs to slaughter...
Health protocols for replacements (1/3)
The isolation and acclimation period is not negotiable, it is an investment.
Conjugated linoleic acid during late gestation reduces the fat content in the colostrum and increases IgG
Providing colostrum with an AI catheter
Use the probe of an intrauterine AI catheter to provide colostrum.
Replacements adaptation in Mycoplasma hyopneumoniae control
Gilts are the population most likely to excrete M. hyo during lactation because they will probably have become infected within 200 days prior to their first farrowing.