1. AOAC )2000( Official methods of analysis.
17th ed. AOAC Int, Gaithersburg, MD, USA.
2. Baldwin RL McLeod KR Klotz JL Heitmann
RN )2004(. Rumen development, intestinal
growth, and hepatic metabolism in the pre- and
post-weaning ruminant. Journal of Dairy
Science, 87 (E. Suppl.): E55-E65.
3. Brown WF and Johnson DD )1991( Effects of
energy and protein supplementation of
ammoniated tropical grass hay on the growth
and carcass characteristics of cull cows.
Journal of Animal Science, 69: 348-357.
4. Bull LS Bush LJ Friend JD Harris B Jones EW
(1965) Incidence of ruminal parakeratosis in
calves fed different rations and its relation to
volatile fatty acid absorption. Journal of Dairy
Science, 48: 1459-1466.
5. Deckardt K Parisini AK Zebeli Q (2013)
Peculiarities of Enhancing Resistant Starch in
Ruminants Using Chemical Methods:
Opportunities and Challenges Nutrients, 5:
1970-1988.
6. Deckardt K Zebeli BUM Zebeli Q (2016)
Processing barley grain with lactic acid and
tannic acid ameliorates rumen microbial
fermentation and degradation of dietary fibre
in vitro. Journal of the Science of Food and
Agriculture, 96(1): 223-31.
7. Emmanuel DGV Dunn SM Ametaj BN (2008)
Feeding high proportions of barley grain
stimulates an inflammatory response in dairy
cows. Journal of Dairy Science, 91: 606-614.
8. Gimeno A Al Alami A Abecia L de Vega A
Fondevila M Castrillo C (2015) Effect of type
(barley vs. maize) and processing (grinding vs.
dry rolling) of cereal on ruminal fermentation
and microbiota of beef calves during the early
fattening period. Animal Feed Science and
Technology, 199: 113-126.
9. Girard J Ferre P Pegorier JP Duee PH (1992)
Adaptations of glucose and fatty acid metabolism
during perinatal period and suckling-weaning
transition. Physiological Reviews, 72: 507-562.
10. Gruber A Khol-Parisini A Humer E Abdel-
Raheem SM Zebeli Q (2017) Long- term
influence of feeding barley treated with lactic
acid and heat on performance and energy balance
in dairy cows. Archives of Animal Nutrition,
1477-2817.
11. Haga S Fujimoto S Yonezawa T Yoshioka K
Shingu H Kobayashi K Takahashi T Otani Y
Katoh, K Obara Y (2008) Changes in hepatic key
enzymes of dairy calves in early weaning
production systems. Journal of Dairy Science, 91:
3156-3164.
12. Harder H Khol-Parisini A Zebeli Q (2015)
Modulation of resistant starch and nutrient
composition of barley grain using organic acids
and thermal cycling treatments. Stärke/Starch, 67:
654-662.
13. Herdt TH (1988) Fuel homeostasis in the
ruminant. Veterinary Clinics of North
America: Food Animal Practice, 4: 213-231.
14. Huntington GB Harmon DL Richards CJ (2006)
Sites, rates, and limits of starch digestion and
glucose metabolism in growing cattle. Journal of
Animal Science, 84 (E Suppl.): E14-E24.
15. Iqbal S Zebeli Q Mazzolari A Bertoni G Dunn
SM Yang WZ Ametaj BN (2009) Feeding
barley grain steeped in lactic acid modulates
rumen fermentation patterns and increases
milk fat content in dairy cows. Journal of
Dairy Science, 92: 6023-6032.
16. Iqbal S Zebeli Q Mazzolari A Dunn SM
Ametaj BN (2010) Feeding rolled barley grain
steeped in lactic acid modulated energy status
and innate immunity in dairy cows. Journal of
Dairy Science, 93: 5147-5156.
17. Khan MA Weary DM von Keyserlingk MAG
(2011) Hay intake improves performance and
rumen development of calves fed higher
quantities of milk. Journal of Dairy Science,
94: 3547-3553.
18. Khol-Parisini A Humer E Sizmaz Ö Abdel-
Raheem SM Gruber L Gasteiner J Zebeli Q
(2015) Ruminal disappearance of phosphorus
and starch, reticuloruminal pH and total tract
nutrient digestibility in dairy cows fed diets
differing in grain processing. Animal Feed
Science and Technology, 210: 74-85.
19. Moharrery A Larsen M Weisbjerg MR (2014)
Starch digestion in the rumen, small intestine,
and hindgut of dairy cows–a meta-analysis.
Animal Feed Science and Technology, 192: 1-14.
20. Morgan DJ L’Estrange JL (1977) Voluntary feed
intake and metabolism of sheep when lactic acid
is administered in the feed or intraruminally.
Grass and Forge Science, 32: 217-224.
21. Nematpoor M Rezayazdi K Dehghanbanadaki
M (2014) Effect of treating barley grain with
organic acids on performance and nutrient
digestibility of fattening calves. Journal of
Ruminant Research, 2(3): 21-34. (In Persian)
22. Reynolds CK (2006) Production and metabolic
effects of site of starch digestion in dairy
cattle. Animal Feed Science and Technology,
130: 78-94.
23. Swan CG Bowman JGP Martin JM Giroux MJ
(2006) Increased puroindoline levels slow
ruminal digestion of wheat (Triticum aestivum
L.) starch by cattle. Journal of Animal Science,
84: 641-650.
24. Van Keulen J and Young BA (1977)
Evaluation of acid-insoluble ash as a natural
marker in ruminant digestion studies. Journal
of Animal Science, 44: 282-287
25. Van Soest PJ Robertson JB Lewis BA (1991)
Methods for dietary, neutral detergent fiber,
and non-starch polysaccharides in relation to
animal nutrition. Journal of Dairy Science, 74:
3583-359.