Twin Forks Vet Clinic Inc.

Twin Forks Clinic is a full service veterinary clinic. We provide a full array of Large and Small animal services. We have two clinics, one in Benkelman, NE and one in Wray, CO.

Monday, January 25, 2010

DEW Drop Angus

DEW Drop Angus (Formerly Wilson Bros. Angus) will be selling 80 hd. on February 27th at 1:00 at the Duane Wilson Ranch north of Parks, NE.
Selling will be...

15 coming 2yr. old bulls
5 Registered Bred Heifers
30 Commercial Bred Heifers
10 Registered Yearling Heifers
20 Commercial Yearling Heifers

Blood Lines include New Standard, Focus, B/R Destination, Fist Full of Dollars, and WB Directive.

For a catalog call or email Duane or Colleen Wilson at
308.423.2191
Cell 308.883.0938
308.883.0939
email: dewdropangus.gmail.com

Tuesday, January 19, 2010

First Live Calf Born at Wray


On January 17, 2010 Stuart Blecha of Wray, CO was the proud owner of the first live calf born at Twin Forks Veterinary Clinic 2010. Dr. Justin Gdanitz delivered a bull calf weighing in at 86# born at 3:45pm. Stuart received as a gift from Twin Forks a bucket with a drenching bottle, clostrix, calf scale tape, hat, gloves, tag removal knife, odor candle, odor eliminating spray, candy bar, powerade drink, and a calving record book. We would like to wish Stuart the best of luck during this calving season.

Friday, December 04, 2009

Corn Molds/Feed Testing

Many producers have noted ear mold during corn harvest. The problem is, we had a wet, cool summer that delayed maturation. We had severe hail in the area that stopped or at least slowed down corn development. We have also had above average moisture this fall and as a result some of the corn moisture has been over 20% and has been showing signs of superficial mold.

There are many different fungi that can develop mold on corn, some ears can show a variety of fungi on them. Some of these fungi such as Fusarium, can produce mycotoxins. The current recommendation from UNL is the dry the corn to less than 15%moisture quickly prior to storage. There is potential for the mold to cause significant damage to stored corn if it is not dried down significantly. Mycotoxins can develop in stored corn if it is not dried down as well.

If you are noticing significant amounts of corn mold it may be advisable to have the corn tested for mycotoxins prior to feeding it. It may also be advisable to have corn tested from cornstalk fields prior to grazing if there was a lot of ear droppage this year.

There are several resources on the internet that can provide answers to your questions about corn mold....
http://cropwatch.unl.edu/web/cropwatch/archive?articleID=1904835

http://csuplantdiagnosticclinic.blogspot.com

http://www.extension.iastate.edu/cropnews/2009/1030robertsonmunkvold.htm

We would also recommend that you test cornstalks for nitrate if the corn was stressed for moisture or recieved hail damage.


If you have any questions, or would like us to assist you with collecting and sending samples, feel free to stop in or give us a call!!


Wednesday, October 21, 2009

Grazing Hail Damaged Cornstalks

As found at http://beef.unl.edu


Beef Cattle Production

Frequently Asked Questions

Q: A lot of corn on the ground in a hailed field. How much area at a time should you feed to thin cows to clean up the field? Is there a bloat supplement to curb eating?


--------------------------------------------------------------------------------

A: Anytime more than about eight bushels of grain per acre are left in the field after harvest, cattle grazing the stalks risk getting acidosis and founder. Both diseases are caused by excessive grain intake, which increases rumen acid production. This can cause severe foot and hoof problems, including lameness. While smut is not a health problem, some grain may contain other molds that can produce mycotoxins. Vomitoxin and fumonisin rarely cause problems for beef cattle at typical contamination levels and aflatoxin rarely occurs in risky concentrations in Nebraska grain crops. Still, if there are reasons to suspect much mycotoxin may be present, an assay of the grain would provide useful safety information. Estimate the amount of corn down in a field. An 8-inch ear of corn contains about one-half pound of corn grain so it takes 112, 8-inch ears to equal 1 bushel (1 bushel = 56 pounds). Thus, by counting the number of ears, the amount of corn can be estimated. For corn planted in 30 inch rows, count the number of ears in three different 100 foot furrow strips and divide by two to give an approximate number of bushels per acre. Small ears and broken ears should be counted as half ears, while very large ears could be counted as an ear and a half. Any amount beyond 8 bushels per acre will require a well-planned grazing strategy.

One strategy for using high-grain cornstalk fields is to minimize availability of grain to susceptible animals. A good way to do this is to first graze yearling cattle, calves, or cull cows destined for slaughter, then follow with cows. Another alternative is to graze only a few hours per day. You also could strip graze the field to force cows to consume some husks and leaves along with the ears of corn. A final strategy might be to feed some grain or ear-corn seven to ten days before cattle are turned out to help them adapt to a high-grain field.

One factor influencing the success of these stalk grazing strategies is the experience level of the cattle grazing the field. Old cows with previous experience in cornstalk fields can pick up amazingly high amounts of corn in a short period of time, as can experienced yearling cattle. If they have not been conditioned to eating a high grain diet, some of the previously listed strategies may fail. Thus, inexperienced calves may have the least risk of founder or acidosis in high-grain cornstalk fields because they must first learn how to find corn. As a result, their grain intake safely increases gradually.

Bloat is usually not a concern with cows grazing residue with excess corn.

In hailed damaged corn fields, nitrates could be a concern. The nitrates are usually confined to the stalk and in-particular the lower 6 to 8 inches of the stalk. In a stalk field grazing situation, cattle commonly select the stalk last to eat, after the corn, husk and leaves are eaten. Our experience is that as long as cattle can select corn, husks, and leaves, more than 50% of their diet will be these three items. My recommendation would be to fill pregnant cows up with forage (hay) before turning the into this stalk field and do not graze it so long or hard that you force cows to eat the stalks.

October 16th, 2009
Dr. Rick Rasby, Professor of Animal Science
Animal Science, University of Nebraska - Lincoln, Lincoln, NE

Large Animal Newsletter Now Available!!

Our latest Large Animal Newsletter is available by clicking the following link!!

Twin Forks Clinic Large Animal Newsletter, September 30th 2009

Wednesday, September 23, 2009

Add to Technorati Favorites

Thursday, September 03, 2009

Cattle Handling Facilities

Cattle Handling Facilities
Justin Gdanitz DVM
08/2009

People will often ask which cattle handling facilities work best. Granted, some brand names, by design, work better than others but by no means is there one type or design that fits every operation.

Some very basic thoughts should be considered when designing any facility. Not our own thoughts, but cattle preferences. Cattle preferences can prove any facility a success or failure when put to work.

· Cattle are herd animals and enjoy moving in groups. Small crowded facilities or narrow gates and alleyways will prove hard to move animals through much less moving them through without injury.
· Cattle enjoy seeing where they are going. Dark barns, solid sided alleys, and shadows all work against this desire.
· Cattle are more likely to continue down a path of their choosing. When cattle are forced into an alley they are more likely to back out vs. continuing forward.
· Cattle want to go back the direction they came when feeling crowded or entrapped.
· Cattle enjoy following others. If they see one enter and exit an alley or chute ahead of them they are more likely to do the same.
· Cattle prefer to go around something they see pressure from. This is also true in their response to our movements along an alley (if they can see us to respond). Moving opposite the flow of cattle in the alley will encourage their forward movement in an attempt to move past the pressure applied by the handler. (Benefit of being seen vs. felt.)

Many people are now familiar with the Bud Williams concept of cattle handling and the “Bud Box” which is his design for cattle handling pens. Bud’s handling techniques and facilities capitalize on the afore-mentioned points to allow easier movement of cattle, more efficient handling, and less stress for both cattle and handler. Daniels alleyways prove to complement the Bud Box and Bud Williams handling techniques.

When utilizing these facilities it is good to remember key things.
· Sometimes less is more…. less noise, less pushing, less prodding, and less hot-shots. More reliance on cattle instinctive behavior. More reliance on well designed facilities. More enjoyment when working cattle.
· More is not always better….if the crowd tub or bud box works well when 1/3 or ½ full, it does not mean that filling it fuller will work better or faster. (A bud box or crowd tub should not be filled with more animals than can fit down the alley.)

Remember that cattle need clear and concise directions. Through our handling and facilities, we need to give them that.

Links for more on low stress cattle handling and “Bud Box’ use:
§ NDSU Bud Box demonstrational video: www.ag.ndsu.nodak.edu/carringt/ or BreanneIlse@ndsu.edu and Vern.Anderson@ndsu.edu
§ Daniels Manufacturing Bud Box demonstration DVD: http://www.danielsmfg.com/
§ National Cattlemen’s Beef Association (NCBA) Low-Stress Cattle Handling Video: http://store.beefusa.org/Low-Stress)-Cattle-Handling-DVD-P194C12.aspx
§ Low-Stress Cattle Handling DVD preview: www.cattlelearningcenter.com/docs/LowStressCattleHandling.wmv
§ Bud Williams Stockmanship Website: http://www.stockmanship.com/

Bud Box dimension recommendations:
Rectangular crowd pen should be built 14 feet wide and 30 feet long for loading a truck, or 20 feet long when loading a squeeze chute. These dimensions encourage the people working the facility to work it correctly. The closing gate in the crowd pen should be solid but sides open.
· Cattle are moved into Bud Box and solid gate is closed behind them.
· Pressure is applied from side of Bud Box in which you desire cattle to flow.

Reference:
Bud Box by Alaina Burt, Beef Magazine, October 2008.

Tuesday, August 25, 2009

Fall Equine Special