Effect of wet treatment with NaOH on the disappearance of dry matter and carbohydrates from barley straw incubated in sacco

  • N. P. Stritzler INTA EEA Anguil Universidad Nacional de La Pampa, Facultad de Agronomía y Cátedra de nutrición Animal
  • T. Larsen Depto. De Fisiología y Bioquimica, NlAS., Foulum, Dinamarca

Keywords:

barley straw, wet NaOH treatment, nylon bag, digestion, carbohydrates

Abstract

The effect of wet NaOH treatment on dry matter and carbohydrates disappearance of barley straw from nylon bags incubated in saco. Treated (CT) and untreated (CS) barley straw sample were incubated in the rumen of one cow for 2, 6, 12, 24, 48 and 72 hours. Disappearance of dry matter, organic matter, individual sugars, cellulose and hemicellulose was measured. The cow was fed a barley straw (untreated) diet supplemented with fishmeal, rolled barley and a mineral-vitamine mixture. The chemical treatment of the straw was a modification of the Beckmann method; the chemical reactant was sodium hydroxide and the process consisted in a solubilization in diluted NaOH solution. The method used was systematized in. way that the water used for washing out the solubilized matter was reused for the solubilization itself. The treatment was highly effective in improving the degradation of straw in the rumen. AII the degradation curves showed higher value for untreated straw than for treated straw al 2 h of incubation; these differences were presumably due lo loses of water soluble substances and fine particles from the untreated straw and not lo true digestion. From 6 h onwards the treatment with alkali produced a higher digestion in dry matter, organic matter and all sugar and polysaccharides, except cellulose, which digestion was only higher intreated straw from 24 h onwards. Degradability were: dry matter: CT: 62.7; CS: 40.7; organic matter: CT: 60.8; CS: 39.9; arabinose: CT: 68.1; CS: 52.9; mannose: CT: 63.4; CS: 44.6; galactose: CT: 69.8; CS: 54.4; xylose: CT: 70.1; CS: 46.6; hemycellulose: CT: 69.8; CS:47.1; cellulose: CT: 660.8: CS: 45.3. All differences between treatment were significant at 1% level.

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References

BACON, J.S.O.; CHESSON, A. y GORDON, A.H. 1981. Deacetylation aOO enhancement of digestibility. Agric. Environ. 6: 115-126.

BELYEA, R.L; FOSTER, M:B. y ZINN, G.M. 1983. Effeet of delignification on in vitro digestion of alfalfa cellulose. J. Daicy Sci. 66: lZ77-1Ul.

CHESSON, A.; Sn:WART, c.s, OALGARNO, K. y I

DARCY, B.K. Y BELYEA, R.L 1980. Effeet of delignification upon in vitro digestion of forage cellulose. J. Anim. Sci. 51: 798-803.

DIXON, R.M. Y PARRA, R. 1984. Effeet of alkali treatment of forage and concentra te aupplementation on romen digestion and fennentation. Trop. Anim. Prod. 9: 68-80.

OUNLAP, C.E. Y CHIANG, Le. 1980. Cellulose degradation - a common link. In: Utilization and recyc1e of agricultural wastes and residues (Shuler, M.E. ed.), CRC Presa, Boca Raton.

OUNLOP, A.e. y KELLAWAY, R.e. 1980. The lcinetics 01 fibre digestion in the rumen of sheep. Proc. Nutr. Aual5: 200-201.

GIGER, S. 1985. Les méthodes de dosage de la Iignine utiliséea en alimentation animale. Ano. Zootech. 34: 85-122.

GRAHAM, H. Y AMAN, P. 1983-84..A camparison between degradation in ~i1ro and in sacx:co of constituents of untreated and arnmonia treated barley slraw. Anim. Feed Sci. Technol. 10: 199-211.

HARTI..EY, R.O. 1987. The chemistry of lignocellulosic materiala from agricultural wastes in relalion to processes for increasing their biodegradability. In: Degradation of lignocellulosic in ruminanls and in industrial processes (Vand der Meer, J.H.; Rijkens, B.A. y Ferranti, M.P. eds.), E1sevier, Londres, Nueva York.

HOMB, T. 1948. Poringsforsik med lutet halm. 64 th Report of the Inst. Anim. Nutr., The Royal Agríe. College of Norway, pp. 27-75.

JACKSON, M.G. 1977.The alkali lre.1tment of straws. Anim. Feed Sci. Technol. 2: 105-130.

JUNG, H.G. Y VOGEL. K.P. 1986.lnfluence of Iignin on digesbbiJity of forage eell wall material. J. Anim. Sci. 62: 170l-1712-

KRlSTENSEN, .P. y REXEN, F.P. 1978. Ence/leprotein of halm. Medd. fra Biotelcnisk Institut A.T.V., 1~ arg., 1-4,59 pp, Kolding.

KRlSTENSEN, V.F.; ISRAElSEN, M. y NElMANN-SORENSEN, A. 1981. Proc:e:ssed feed from slraw for ruminants. In: Cereals, a renewable resouree. Theory and Praetice (pomeranz. Y y Munek., L. eds.), The American A.s5n.Cereal Chem., Minnesota.

KRlSTENSEN, E.S.; MOllER. P.D. y HVELPUND, T. 1982- Estimation of the effective protein degradabílity in the rumen of cows using the nylon bag technique combined with the outflow rate. Ada Agríe. Sc:and.32: 123-127.

MCAllAN, A.B. Y SMlTH, RJi. 1983. Fadors influencing the digestion of dietary

carbohydrates berween the mouth and the abomasum of steers. Br. J. Nutr. 50: ~

NI<] PROTEIN GROUP. 1985. Introduction of the Nordic Protein Evaluation Syslem for

ruminanls into praclice and further research requirements. Acta Agríe. Scand. (Suppl. 25): 216-220.

REXEN, F.P. 1970. Undersigelser over Oansk halms kemiske sammen saetning. Beretning 53, Forskninginst. for Handela og Industriplanter, 37 pp., A.T.V., Kolding.

SAS. 1985. SAS Ulft'a Guide: Stati&tics. SAS Inst., Cary, North Carolina, 5M pp.

SElVENDRAN, RoR. 1986. The chemistry of dietary fibre. Proc. xm Int. Congress of Nutrition (Taylor, T.G. y Jenkins, N.K. eds.), pp. 16l-167, Jofn líbbey, Londres.

SRlSKANDARAJAH, N. y KEllAWA Y, Re. 19M. Effecls of albU treatment of wheat straw on intake and microbial protein .ynlhesi. in catlle. Br. J. Nutr. 51: 289-296.

STRlTZLER, N.P. Y LARSEN, T. 1990. Efecto del tratamiento húmedo con NaOH sobre la desaparición de materia seca y carbohidratos de paja de cebada incubada in Meco. Rev. Arg. Prod. Anim. 100supl. 1): 9.

SUNDSTOL, F.; KOSSILA, V.; THEANDER, O. Y THOMSEN, K.V. 19'18. Evalultion of the feeding value of straw, A comparison of laboratory melhods in the Nordic countries. Acta Agríe. Scand. 28: 10-16.

TERNRUD, 1. 1987. Degradation of untreated and alkali-trealed atraw polysaccharides in ruminanls. Ph. O. Thesís, The Swedish Univ. Agrie. Sci. Uppsala, 36 pp.

TERNRUD, l.; LlNDBERG, J.E.; MAGNUSSON, A.T. y lliEANDER,. O. 1~88. Rumen degradation of eell wall poIysaccharidea In unlrealed and alkalHraled alrawa and cereal brans, J. Sci. Food Agric. 42: 9-18.

TEEANDER,. O. 1981. Chemical composilion allow quality roughagea u relaled lo alkali tralment. In: Ulilization allow quality roughagea in Africa (K.alegile, J.A.; Said, A.N. y Sundahl, F. eda.), pp. 1-15, A.A.5., 0510.

THEANDER,. O. y WESTERLUND, E.A. 1986. Studíes on dietary libre. 3. Improved procedures far analysis al dietary fibre. J. Agríe. Food Chem. 34: 330-336.

UDEN, P. Y FADEL, J.G. 1985. Fibre fermenlalion: Malhematical model and theories. In: Improved ulilizalion of llgnocellalosíe material wilh speeial reference lo animal feed., pp 89-109, Org. for Econ. Coop, and Development. Paria.

VAN SOEST, P.J. 1963. Use of delergenla in the alUllysis of fibroua feeds. J. Aasoc. Off. Analyt. Chem. 46: 8~35.

WANAPAT, M.; SUNDSTOL, F. y HALL, J.M.R. 1986. A comparison al allcaJi treatment methoda used lo improve the nutrilive value of slraw. D. In sacco and in vitro degradation relalive to in vivo digeslibility. Anim. Feed Sci. Technol. 14: 215-220.

Published

2020-06-29

How to Cite

Stritzler, N. P., & Larsen, T. (2020). Effect of wet treatment with NaOH on the disappearance of dry matter and carbohydrates from barley straw incubated in sacco. Semiárida, 6(1), 27–34. Retrieved from https://ojs.unlpam.edu.ar/ojs/index.php/semiarida/article/view/5009

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Artículos Científicos y Técnicos