1. Abdollahi MR, Ravindran V and Svihus B
(2013) Pelleting of broiler diets: an overview
with emphasis on pellet quality and nutritional
value. Animal Feed Science and Technology
179: 1-23
2. AOAC. (1995) Animal Feed. Chapter 4. in
Official methods of analysis’. 16th edition.
AOAC International, Arlington, VI, USA. 30 pp.
3. ASAE. (1997) Cubes, Pellets, and Crumbles:
Definitions and Methods for Determining
Density, Durability, and Moisture Content.
ASAE Standard S269.4. American Society of
Agricultural and Biological Engineers, St.
Joseph, MI.
4. Attar A, Kermanshahi, H and Golian A (2018)
Effects of conditioning time and sodium
bentonite on pellet quality, growth
performance, intestinal morphology and
nutrient retention in finisher broilers. British
Poultry Science 59: 190-197.
5. Briggs JL, Maier DE, Watkins BA and
Behnke, KC (1999). Effect of ingredients and
processing parameters on pellet quality.
Poultry Science 78: 1464-1471.
6. Cavalcanti WB and Behnke KC (2005) Effect
of composition of feed model systems on pellet
quality: a mixture experimental approach. II.
Cereal Chemistry 82: 462-467.
7. Corzo AL, Mejia and Loar RF (2011) Effect of
pellet quality on various broiler production
parameters. J. Appl. Poult. Res 20: 68-74.
8. Hancock CJ (2010) Impact of feed form and
nutrient distribution in an automated
commercial broiler feeding system. Master
dissertation, Kansas State University.
9. Kersten J, Rohde HR, Nef E and Almann, H
(2005) Principles of mixed feed production:
components, processes, technology.
Agrimedia. Germany.
10. Loar RE, Wamsley KGS, Evans A, Moritz, JS
and Corzo A (2014) Effects of varying
conditioning temperature and mixer-added fat
on feed manufacturing efficiency, 28-to 42-day
broiler performance, early skeletal effect, and
true amino acid digestibility. Journal of
Applied Poultry Research 23(3): 444-455.
11. Massuquetto AJF, Durau VG, Schramm MV,
Teixeira Netto EL, Krabbe and Maiorka A
(2018) Influence of feed form and conditioning
time on pellet quality, performance and ileal
nutrient digestibility in broilers. J Appl Poult
Res 27: 51-58.
12. Mckinney LJ and Teeter RG (2004) Predicting
effective caloric value of nonnutritive factors: I.
Pellet quality and II. Prediction of consequential
formulation dead zones. Poult Sci 83: 1165-1174.
13. Mohammadi GHasem Abadi, M.H, Moravej
H, Shivazad M, Karimi Torshizi MA and Kim
WK (2019) Effect of different types and levels
of fat addition and pellet binders on physical
pellet quality of broiler feeds. poult sci 98: 4745-4754.14. Moritz JS (2011) Increasing mixer-added fat
reduces the electrical energy required for
pelleting and improves exogenous enzyme
efficacy for broilers. Journal of Applied
Poultry Research 20(1): 75-89.
15. Moritz JS, Cramer KR, Wilson KJ and Beyer RS
(2003) Feed manufacture and feeding of rations
with graded levels of added moisture formulated
to different energy densities. Journal of Applied
Poultry Research 12: 371-381.
16. Muramatsu K, Maiorka A, Vaccari ICM, Reis
RN, Dahlke F, Pinto AA, Dias Orlando UA,
Bueno M and Imagawa M (2013) Impact of
particle size, thermal processing, fat inclusion
and moisture addition on pellet quality and
protein solubility of broiler feeds. Journal of
Agricultural Science and Technology. A,
3(12A), 1017.
17. Richardson W and EJ, Day (1976) Effect of
varying levelsof added fat in broiler diets on
pellet quality. Feedstuffs (May 17): 24.
18. Salas-Bringas C, Plassen L, Lekang O and
Schuller RB (2007). Measuring physical quality
of pelleted feed by texture profile analysis, a new
pellet tester and comparisons to other common
measurement devices. Annual TransactionsNordic Rheology Society 15: 149.
19. Singh Y, Ravindran V, Wester TJ, Molan AL
and Ravindran G (2014) Influence of feeding
coarse corn on performance, nutrient utilization,
digestive tract measurements, carcass
characteristics, and cecal microflora counts of
broilers. Poultry Science 93: 607-616.
20. Svihus B, Kløvstad KH, Perez V, Zimonja O,
Sahlstrom S, Schuller RB, Jeksrud WK and
Prestløkken E (2004) Physical and nutritional
effects of pelleting of broiler chicken diets made
from wheat ground to different coarsenesses by
the use of roller mill and hammer mill. Anim
Feed Sci Technol 117: 281-293.
21. Thomas M (1998) Physical quality of pelleted
feed, a feed model study. PhD Thesis,
Wageningen Agricultural University.
22. Thomas M van der poel AFB (1996) Physical
quality of pelleted animal feed: 1 Criteria for
pellet quality. Anim Feed Sci Technol 61:89-112.
23. Winowiski TS (1995) Pellet quality in animal
feeds. American soybean association, lingo
tech., FT, 21, 1-5.
24. Zimonja O (2009) Current issues in pelleting
in respect to physical pellet analyses. Pages
45-50. In 1st Workshop Feed-to-Food FP7
REGPOT-3. XIII Sym. Feed Technol. Proc.
Institute for Food Technology. Novi Sad,
Serbia.
25. Zimonja O, Stevnebø A and Svihus B (2007)
Nutritional value of diets for broiler chickens
as affected by fat source, amylose level and
diet processing. Canadian Journal of Animal
Science 87: 553-562