Table 3 Effect of advanced chelate technology-based trace minerals (ACTM) on productive performance (during the 0–42-day period) and carcass traits (on day 42) parameters observed in broiler chickens infected with a mixture of Eimeria species at 14 d of age.

From: Advanced chelate technology-based trace minerals reduce inflammation and oxidative stress in Eimeria-infected broilers by modulating NF-kB and Nrf2 pathways

Item

 

Coccidiosis-challenged groups1

SEM

P-value

NC2

PC

SAL

ACTM50

ACTM100

Body weight gain, g

2976a

2466c

2806b

2584c

2763b

37.2

< 0.001

Feed intake, g

4766a

4453c

4713ab

4500c

4596bc

38.4

< 0.001

Feed efficiency

0.625a

0.554c

0.595abc

0.574bc

0.602ab

0.0108

0.001

Carcass traits (relative to BW)

Carcass

74.02a

71.20b

73.06a

72.80ab

73.16a

0.419

0.002

Breast

28.31a

26.45b

27.76ab

27.62ab

27.80ab

0.399

0.038

Leg

25.07

23.55

24.64

24.02

24.27

0.486

0.259

Abdominal fat

0.966d

1.421a

1.194bc

1.346ab

1.076cd

0.0544

< 0.001

Liver

1.784b

2.255a

2.127b

2.149b

1.990ab

0.0702

0.001

  1. Means within a row not sharing the same superscript are different at P < 0.05. Values are means of 6 replicates (cages) per treatment.
  2. 1Coccidiosis-challenged groups contained: PC, commercially recommended levels of inorganic trace minerals (ITM); SAL, basal diet with commercially recommended levels of inorganic trace minerals and supplemented with salinomycin; ACTM50, ACTM match to 50% of the ITM in the PC diet; and ACTM100, ACTM match to 100% of the ITM in the PC diet.
  3. 2NC: unchallenged control group with commercially recommended levels of ITM.