Activities and Effects of Ergot Alkaloids on Livestock Physiology and Production
Abstract
:1. Introduction
2. Ergot Alkaloid Activity
3. Gangrenous Ergotism
Alkaloid | Intake/dose (mg/kg body weight) | Animal (affected/exposed) | Effect | Source |
---|---|---|---|---|
Ethanolic extract 1 | Not determined | Cattle (5/10) | Lameness, swelling and discoloration of coronary bands, discoloration of tail tip | [45] |
Ergovaline | 0.016 2 | Steer (1/2) | Visible inflammation of coronary band and elongation of rear hooves | [46] |
Ergovaline | 0.011 2 | Ewe (1/14) | Lameness and visible inflammation around coronary bands | [46] |
Ergovaline | 0.009 3 | Cow (1/60) | Developed lameness diagnosed as fescue foot after 55 d on treatment, complete recovery after removal from study | [47] |
Ergotoxine 4 | 25.0 5 | Rat (20%) | Tail gangrene was observed 5 to 7 d following a single i.p. dose | [48] |
Ergotamine | 1.0 6 | Sheep (4/6) | Four out 6 died after 10d; tongue necrosis and hemorrhages around fetlock and metatarsal regions | [49] |
3.1. Blood Flow
3.2. Pathogenesis
4. Decreased Animal Productivity
4.1. Hyperthermia
4.2. Decreased Weight Gain and Intake
Ergovaline Intake (mg/kg BW0.75) 1 | Concentration (mg/kg DM) | Animal | Effect | Source |
---|---|---|---|---|
0.008 2 | 0.120 3 | Steers | Decreased dry matter intake and digestibility, no difference in NDF digestibility | [70] |
0.021 | 0.285 | Steer calves | Decreased dry matter intake and digestibility, no difference in NDF digestibility, increased water intake | [66] |
0.044 | 0.475 | Steers | Intake equal, decrease in rumen fill observed with alkaloid, passage rate not affected | [78] |
0.051 | 4.1 | Steers | Intake was fixed, increase rumen fill observed (% DM) | [79] |
0.053 | 1.17 | Wethers | Decreased dry matter intake and digestibility, altered rumen fluid kinetics | [80] |
0.057 | 0.96 | Ram lambs | Equal intake, lower rumen fill | [81] |
0.059 | 4.45 | Steers | Intake was fixed, increase in rumen fill (% DM) observed and ruminal VFA concentrations, decreased blood flow to rumen | [82] |
0.098 | NA4 | Steers | Intake was fixed, increased rumen fill observed (% DM), decreased particulate passage | [75] |
0.19 | 3.0 | Wethers | Decreased NDF digestibility, decrease in rumen fluid volume, increased water intake | [83] |
0.093 2 | 0.620 5 | Cows | Higher quantities of undegraded protein and NDF digestibility measured at the duodenum, increased ruminal VFA and ammonia nitrogen concentrations | [74] |
4.3. Decreased Reproduction
4.3.1. Lowered Prolactin
4.3.2. Female-Specific Effects
4.3.3. Male-Specific Effects
5. Fat Necrosis
6. Conclusions
Conflicts of Interest
References
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Klotz, J.L. Activities and Effects of Ergot Alkaloids on Livestock Physiology and Production. Toxins 2015, 7, 2801-2821. https://doi.org/10.3390/toxins7082801
Klotz JL. Activities and Effects of Ergot Alkaloids on Livestock Physiology and Production. Toxins. 2015; 7(8):2801-2821. https://doi.org/10.3390/toxins7082801
Chicago/Turabian StyleKlotz, James L. 2015. "Activities and Effects of Ergot Alkaloids on Livestock Physiology and Production" Toxins 7, no. 8: 2801-2821. https://doi.org/10.3390/toxins7082801
APA StyleKlotz, J. L. (2015). Activities and Effects of Ergot Alkaloids on Livestock Physiology and Production. Toxins, 7(8), 2801-2821. https://doi.org/10.3390/toxins7082801