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Cow
Relevant Starch Digestibiliy "adjusted" for particle size
Particle
size plays a significant role in the determination of starch digestibility.
This is important in the animal and also in the laboratory. The Sapienza/Dairyland
method of Cow Relevant Starch Digestibility (CRSTRD) utilizes a coarse grind
size so that 70% of the particles are between 6 and 8 mm. To learn more
click here CRSD for Particle
Size
Now
Available NIR NDFD30 hour for Hay and Haylage
Now offered
as part of the NIR NDFD Digestibility package for hay, haylage and corn silage.
Choose the 30 hour option on the new feed cards. If you do not have them,
please feel free to contact us at 608-323-2123 or place the request on your
next forage test card. For more information click here
NDF
Digestibility 30 hours
New
NIR Package being offered
NIR Complete
which includes everything in the NIR NDFD Package plus a VFA Screen. This
is a great value. Check it out.
Replicated
Forage Analysis
This is
a new testing procedure that has been brought about by the variation in testing
labs throughout the U.S. It is endorsed by the NFTA. It is for producers
that are purchasing or selling hay or haylage and will include the mean and
standard deviation based on 3 samples. For more information click here
Replicated
Analysis or Sources
of variation
The May
2007 edition of "Hay And Forage Grower" provided a useful article
regarding this and can be found at
"Ward
off disputes" by Fae Holin
New
International Banking Regulations
New banking
regulations regarding foreign checks will go into effect on June 1, 2007.
If you are shipping samples from a foreign country, please contact us in advance
to set up an account and payment options.
Important
Milk 2006 Information
Dairyland Labs has
created a power point presentation highlighting the options available to you
for input into the Milk 2006. Milk
2006 Powerpoint Presentation Please see this link from the University
of Wisconsin detailing the complete changes in Milk 2006 milk2006weblinktext.pdf
Please see this power point slide presentation from the University
of Wisconsin for more information milk2006weblinkslides.pdf
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