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Newborn animals are vulnerable to infection and disease. Immunoglobulins (Ig’s) are the first defence against disease and necessary for stimulation of the immune system.

Young ruminants (calves, lambs, kids) are born with negligible circulating concentrations of immunoglobulins (antibodies). Ig’s do not pass across the placenta prior to birth. Since there is no maternal sharing, ensuring that calves receive these Ig’s at birth is the only way to protect a newborn from environmental and disease challenges. Colostrum must be fed as soon as possible (within the first hour, preferably within 30 minutes of birth). Ig’s are absorbed intact into the newborn’s blood stream within a 6 hour window.

Young animal diseases often affect the gastrointestinal tract where they cause damage and symptoms of disease – diarrhea and dehydration. The intestines of young animals are not fully developed for several months. Ig cells help protect the gastrointestinal tract from pathogens. Colostrum also has a laxative effect and stimulates the normal function of the digestive tract.

Most importantly perhaps, Ig’s from colostrum stimulate the immune system. By building this “memory bank”, young animals now have the tools to mount a defense against disease.

Observations from the Grober Young Animal Development Centre (GYADC)

Further to disease prevention, early ingestion of good quality colostrum supports better gains in calves. During 2009 at the Grober Young Animal Development Centre, all calves entering the facility were tested for total proteins using blood serum. Calves were classified as failure of passive transfer (FPT) for total protein values <5.5mg/dL and successful passive transfer (SPT) for value above 5.6 mg/dL. All calves had received dam’s colostrum on their home farm according to a standard protocol.

During two separate trials at the Centre, calf growth was plotted and graphed according to total protein results (FPT or SPT).

In trial one, growth was plotted over a 10 week period. By the 5th week, SPT calves out-weighed FPT calves by 1.6kg (3.5lb) and by week 10 by 2.2kg (4.8lb). All calves were fed the same volume of Grober Excel milk replacer (6L/day).

In a second feeding trial, calves were fed an accelerated amount of Grober Excel (9L/day). By 10 weeks SPT calves outweighed FPT calves by 5.4kg (11.9lb) (see Figure 1). Even by 10 weeks of age, the gap in body weights between the two groups did not narrow. For every gram of milk replacer fed, the calves with SPT utilized these nutrients with greater efficiency. This data supports the vital concept that the first meal (colostrum) provides rich nutrients and antibodies with long term benefits.

Figure 1 Body weight comparison between calves with successful passive transfer and failure passive transfer.

What is Colostrum?

Colostrum is the thick, creamy, yellow secretion provided from the mammary gland for the first 24 hours after birth.

Colostrum provides a source of immunoglobulins (Ig’s) and other nutrients (protein, energy, vitamins and minerals, gut growth factors) vital for the newborn.

Immunoglobulins (antibodies) help to prevent infections by identifying and destroying pathogens. There are three main Ig’s identified in cow’s milk: IgG, IgA and IgM. The antibodies that the dam passes on depends on the diseases she has been exposed to throughout her life. First lactation animals, for this reason, will often secrete a more limited range of antibodies.

Newborns are born with very low energy stores and generally poor insulative protection, especially during the first few hours after birth. Energy from colostrum (through fat and lactose) supplies calories to help with thermoregulation. Heat production is important for survival and in particular, for animals born into cold environments in helping to prevent hypothermia. Proteins in colostrum are utilized for protein synthesis in addition to the absorption of Ig’s.

Vitamins A, D and E do not cross the placenta in significant amounts, so the newborn must rely on oral ingestion for these vitamins. Levels in colostrum are significantly higher than milk, but will depend on maternal nutrition prior to birth. These vitamins are important to the animal for the resistance of disease.

Growth factors are thought to promote gut growth and development, especially during the first 24-48 hours after birth.

Collection, Feeding, Handling & Storage

Please visit the University of Wisconsin, School of Veterinary Medicine web site for colostrum handling protocol.

http://www.vetmed.wisc.edu/dms/fapm/fapmtools/8calf/colosprot.pdf

http://www.vetmed.wisc.edu/dms/fapm/fapmtools/calves.htm

Calf’s Choice Total

A quality commercial colostrum replacer product is a safe and effective alternative to dam’s colostrum. Colostrum replacers provide consistent, disease free, and guaranteed levels of Ig’s. Along with the protective immunity, certain colostrum replacers offer rich nutrition needed by young animals. Colostrum replacers are of particular importance when high quality colostrum is not available or during a Johne’s eradication program.

Commercial products must provide sufficient biologically active IgG’s. Calf’s Choice Total is a supplement product that guarantees 100g of IgG per package (470g). Typically this is enough to have successful passive transfer. This product is Canadian sourced colostrum and tested with selection for antibodies toward specific diseases such as E. coli, Bovine Rotavirus and Bovine Coronavirus. All products are tested to ensure that it is free of Johne’s bacterium, free of Salmonella and free of E. coli.

Calf’s Choice Total was compared to other colostrum replacer products on the market (see Figure 2). Through both feeding approaches (1 bag or 2), calves fed Calf’s Choice Total not only met minimum SPT levels but surpassed those levels; the competitor product in both cases did not achieve minimum threshold.

*Attention to detail is required in storage and mixing instructions (i.e. use clean vessels for mixing and feeding, clean water to rehydrate colostrum supplements or replacers, etc.). Store product in a cool dry place and once mixed, use immediately.

Kathleen Shore, MSc.
Nutritionist
Grober Nutrition
(800) 265-7863 ex.201
kshore@grober.com

Colostrum Replacers

Calf’s Choice Total

HeadStart™ HiCal – Colostrum for Goat Kids

HeadStart™ HiCal- Colostrum for Lambs

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Principles and Experience

Introduction

Producers have traditionally raised calves in individual pens or hutches. This rearing system has had advantages of individual feeding, observation and reduced risk of cross-contamination. It is however, still labour intensive. Dairy cattle are naturally group-living animals. Group-housed calves can enjoy an early social interaction and learn to understand group behaviour. Research is now proving that well-managed group housed calf rearing systems can provide advantages for both calves and producers.

Automatic feeding systems for group housing

Group housing often requires intensive management. In non-automated group housing individual intake is difficult to monitor. Moreover, sub-clinical or ill calves may be challenging to identify and therefore treat appropriately.

The new generation of automatic feeding systems (like the Förster-Technik model sold through DeLaval, Lely and Westfalia/GEA) can be easily programmed to effectively feed and monitor calves on an individual basis. There is software available to accumulate a significant amount of information and provide detailed data analysis of individual calves and/or the group for high management control with low labour requirements. An example of data collected includes daily milk replacer intake and number of visits to the feeder. Alarms will be triggered when deviations occur. Individual medication, electrolyte/additive administration programs are also available options.

Feeding management

In conventional feeding by pail, calves are fed limited amounts of milk replacer (i.e.) 2-3 litres of milk replacer twice a day, the equivalent of 500-900g of solids. For optimal heifer growth and development calf feeding recommendations have increased to 8-10 liters/day, the equivalent of 1200-1500g of solids, sometimes even more.

The advantages of feeding calves more milk are widely published. Areas studied include calf growth, height, starter consumption, medication use/costs, time management, and the increased output of milk during the first lactation (references available upon request). These published advantages examine the economic impacts of feeding more milk replacer.

Grober Nutrition, based in Cambridge, Ontario is working in partnership with Förster-Technik, a world leader in automatic calf feeding, to establish further on-farm practice and benefits. The concept of smaller meals being offered more frequently could lead to improved digestion and may also aid in the prevention of severe scouring.

Group feeding experience

Grober Nutrition has been evaluating group housing systems for over 20 years and have more recently collated data from CY Heifer Farms (Elba, N.Y.) and the Grober Young Animal Development Centre (GYADC) (Woodstock, Ont.). The trials were set up to examine and quantify the growth, development, medication usage rate and economics of feeding the same amount of milk to group fed calves compared with individually fed calves. The first data set from CY Farms was evaluated based on 582 calves and concluded no significant difference in live weight and growth rate between the two feeding practices. Group fed calves, however, showed a significantly lower medication cost(P<0.05) during the CY Farms trial period compared to individually fed calves. Computer data analysis allowed for earlier detection of illness and labour was reduced by 52%.

The Grober Young Animal Development Centre in Woodstock, Ontario, enables Grober to compare both individual and group housing methods under one roof. This means that nutrition programs, calf-rearing technologies and other calf products can be examined simultaneously under both management systems.

Recent data from the Grober Centre shows that calves in groups exceeded average daily gains compared to individually housed calves starting week 5 and continuing past weaning (see Table 1).

Table 1. Average Daily Gain (ADG) of calves receiving 6L/day of milk replacer as compared between groups and individual pens. (All values reported in kg/day).

blue, red columns with different superscripts are significantly different at p<0.05

While ADG often fluctuates due to environmental and health influences there was no significant difference in average body weight until weaning (week 7). Throughout weaning and post-weaning, calves in group housing achieved a significantly higher average body weight (see Figure 1.

Improved gains may be attributed to the significant increase (P< 0.05) in starter intake from automatic grain feeders prior to weaning for the group fed calves. However, during weaning, calves in individual pens achieved similar calf starter intake compared to group housed calves.

Group Housing & Health

There are perceived health concerns when calves have nose-to-tail contact. Automatic calf feeding machines are a tool for early detection of illness.

Grober Nutrition assessed the cost of medication to evaluate whether group housed calves are more likely to require therapeutic intervention (see Figure 2).

The data illustrates that individual calves suffered significantly more illness early on (i.e. scours).

During week 4, a significant difference in cost was associated with group calves (respiratory illness). Overall, group fed calves showed a significantly lower medication cost compared to individually fed calves. Age, body weight and a higher plane of nutrition may have accounted for more moderate medication use and cost.

Group Housing Considerations

Selecting calves for group housing with automation requires a thrifty calf with a strong suckling reflex. The calf manager should group calves of similar age and body weight. Group housing of calves has many time and labour saving advantages. It provides improved access to space, allowing for more vigorous activity, and with automation, improves feed consistency and number of feeds.

Group housing can facilitate earlier socialization. Moreover, there may be minimization of stress associated with changes in feed and environment post-weaning for calves.

For more details please contact Grober Nutrition at www.grobernutrition.com  or toll free 1-800-265-7863

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Grober Contacts

Grober Nutrition (Cambridge, Ontario), the leader in young animal nutrition and Förster-Technik (Engen, Germany), the world’s largest manufacturer of automatic calf feeders announce a technical partnership.

left to right
Mike Fortuna (CFO, Grober Nutrition), Thomas Förster (CEO/Managing Director, Förster Technik), Jan Ziemerink (Manager of Automation Services, Grober Nutrition), Markus Förster (CEO/Managing Director, Finance), Markus Kack (Research & Development, Förster Technik), Heather Copland (Marketing & Communications Manager, Grober Nutrition), Jerry Bartelse (CEO/President, Grober Nutrition)
Effective April 1, 2008, Grober Nutrition and Förster-Technik will be working in collaboration to support and promote the use of automatic calf feeders to the Canadian dairy farmer.

Grober’s farming division (Delft Blue Farms) was the first North American farm to utilize the Specialist heavy-duty calf feeder from Förster. Grober and Förster have continued to work together closely over the past 10 years.
While Förster is the world’s largest manufacturer of automatic calf feeders, the North American market place is only recently fully-realizing the value that automation plays at the dairy farm.

Grober will serve as Förster-Technik’s North American anchor for technical expertise. Grober’s 30-plus years’ experience in formulating outstanding milk replacers combined with their expertise in raising over 200,000 calves/year will provide the market with a needed-resource to support and promote the use of automatic calf feeders.

“Certainly, our vast experience using the Förster automatic calf feeders, and designing milk replacer formulas that operate optimally through these machines, has provided us with a unique experience to combine nutrition, expertise in calf  husbandry, and technical advice to the marketplace.” says Jerry Bartelse, President and owner of Grober Nutrition.
Thomas Förster, CEO and Managing Director, agrees. “Grober has a long and proven track record in group housing for calves, a system state-of-the-art in Europe but not yet across North America. Also we are sure that the dairy farmer will be successful with Grober’s milk replacer in our calf feeders to save labor and have faster growing animals. Together with Grober’s practical support in Canada this is a win-win situation for everyone.”

Grober Nutrition will support the leading suppliers of milking equipment (DeLaval, WestfaliaSurge, Lely) who distribute, sell and service the Förster-Technik automatic calf feeders. Grober will also provide support to the dairy nutrition companies for whom they make private label milk replacer. Grober will provide feeding schedules, advice on machine-housing as well as training on machine operation. Grober will also support operation, calibration, and function of machines at the dairy farm level through the equipment companies and Grober’s dairy nutrition customers. Sales, service and installation will remain under the milking equipment company’s responsibility.

With advancements in technology come opportunities. And while the Förster-Technik machines are user-friendly, technical and value-added support must be available.

Jan Ziemerink, Manager of Automation Services, Grober Inc., will be the contact for the Grober/Förster partnership. He can be reached at jziemerink@grober.com  or 519-622-2500 x 315 (office), 519-239-9756 (cell)
For more information pertaining to this News Release, please contact:
Contact: Heather Copland
Marketing & Communications Manager
Grober Nutrition
Tel: 800-265-7863 x 240
Email: hcopland@grober.com