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ACKNOWLEDGEMENTS


This work was supported by the Ethiopian Nutrition Institute.

REFERENCES


I.Gebre-ab, T., Wolde Gebriel, Z., Mario. M., Ahmed, Z., Ayele, T., Fanla, H. Neuorlathyrism- a review and a report of sn endemic. Ethio. Med. I., 1978;16:1-4.

2.Reddo, T., Yemane, K., Elizabeth, W., Angelina, K., Tadesse, A., Zein, A., Spencer, F.S. Lathyrism in rural North- western Ethiopia: A prevalent neuroloxioc disorder. Inti. J. Epdemiol. 1990;19:664-672.

3.Roy, D.N. The neurotoxjc disease lathyrism. Hall. Med. J. India, 1988;1:70-80.

4.Rao, S.L.N., Adiga, F.R., Sorma, F.S. The isolation of OXDAPRO-a neurotoxin from the seeds of Lathyrus sativus il. DIem., 1964;3:432-435. S.Acton, H.W. An investigation into the causation of lathyrism

in msn. Indian Med. Gazelle., 1992;57:241-247.

6.Mohon, V.S., Nogarajon, V., Gopolon, C. Simple practical procedure for the removal of toxic factors in Lathyrus Indian I. Med. Res., 1966;53:410-414.

7.1ahn, K., Ahmed, K. Detoxilication of Lathyrus sativus Food. Nutr. Bal., 1984;6:52-55.

8.Moslehuddin, A.B.M., Hang, Y .D. Stoeward, S. Evaluation of the toxjcity of processed Lathyrus sativus seeds in chicks. Mar. Rep. Inll., 1987,36.851-856.

9.Jahan, II.., Ahmod, K. Neurolathyrism and L-ascorbic acid. Food Nutr. Bull., 1982;4:65-66.

10.Walker, A.F., Kochhar, N. Effecta ofproce..ingincluding domestic cookiJlion nutritional quality of legume.. Proc. Nutr. Sac., 1982;41:41-45.

11.Onayemi, O., Osibogun, O.A., Obembe, O. Effect of different storage and cooking method. on IOme chemical, nutritional and senaorycharacteristic. of cowp... I. Food Sci., 1986;51:153-156.

12.Uzogara, S.G., Morton, I.D., Daniel, I.W. Emery, P.W. Effect of "kanwa" treatment of cowp.. seed flour on protein quality.. measured by growth rate ..lay. in rata. Ecol. Food. Nutr., 1991;25:79-89.

13.Jha, K. Effecta of the boiling and decanting method of khelari detoxification, on change. in selected nutrienta. Arch. LIJlinoomer. Nutr., 1987;37:100-105.

14.Bhat, R. V. Naturally occurring toxin. in legume. and their elimination, with special reference to Lathyrus sativus In: Food logume. Improvement for Asian Fanning System.. ACIAR

Proceeding. No.18, ACIAR, Canberra, 1986.

15.Association of Official Analytical Chemilta (AOAC). Official Method. of Analysis, 14" ed. Association of Official Analytical Chemista. Washington D.C, 1984.

16.Naczk, M., Rubin, L.I., Shahidi, F. Functional properties and phytate content of pea protein preparation. I. Food Sci. , 1986,51:1245-1247.

17.Dubois, M., Gilles, K.A., Hamilton, I.K., Rebers, P.A. Smith, F. Colorimetric method for detennination of ugars and related .ubltances. Anal. a.em., 1956;28:35a-356.

18.Nelsen, N. photometric adaptation for the Somogyi method for the detennination of glucose. BioI. Otem., 1944;153:375-389.

19.Rao, S.L.N. A sensitive and specific colorimetric method for ihe detennination of alpha, beta-diaminopropionic acid and Lathyrus sativus neurotoxin. Anal Biochem. , 1978;86:386- 395.

20.Bongirwar, D.R., Sreenivalan, A. Development of quick- cookingp I. Food Technol., 1977;4:17-23.

21.NellOn, A.I., Steinberg, M.P ., Wei, L.S. Dlinoi. proce.. for the preparation of lOy milk. I. Food. Sci., 1976;41:57-61.

22. Wang, H.L., Swain, E. W ., Hesseltine, C. W ., Heath, H.D. Hydration of whole lOyb..ns affecta IOlid. 10.. and cooking quality. I. Food. Sci., 1979;44:151a-1513. 23.Shun. K.U., Wei, L.S., Steinberg, M.P., Nelsen, A.I., Horwitz, T. Extraction of oligolaccharide during cooking of lOybeans. I. Food. Sic., 1976;41:361-364.

24.Rockland, L.B., and Metzler, E.A. Quick-cooking lima and other beans. Food Technol. , 1967;21 :345-459.





Table 1. Effect of Soaking on non protein, total protein and true protein contents of whole grass peasa

Soaking time hr

Acidified water

Tap water

NaOH solution

Wood ash filtrate




NPH

Total Protein

True protein

Final pH

NPH

Total Protein

True protein

Final pH

NPH

Total Protein

True protein

Final pH

NPH

Total Protein

True protein

Final pH




%

%

%




%

%

%




%

%

%




%

%

%




0

0.47

25.6

22.7

3.0

0.47

25.6

227

7.3

0.47

25.6

22.7

11.0

0.47

25.6

22.7

12.0

1

0.47

26.9

24.0

3.0

0.47

25.8

22.9

7.3

0.46

25.4

22.5

11.0

0.46

25.6

22.7

12.0

3

0.47

27.4

24.5

3.0

0.47

26.0

23.1

7.3

0.44

25.1

22.4

10.9

0.44

25.5

22.8

11.8

6

0.45

27.7

24.9

3.4

0.46

27.2

24.3

7.0

0.41

24.6

22.0

10.7

0.37

25.1

22.8

11.5

18

0.44

28.0

25.3

4.1

0.44

27.5

24.8

6.5

0.37

24.1

21.8

10.3

0.31

24.8

22.8

10.4

24

0.43

28.5

25.8

4.5

0.43

27.7

25.0

6.1

0.31

23.6

21.7

9.9

0.28

24.3

22.6

9.8

48

0.42

28.6

26.0

4.8

0.41

28.0

25.4

5.4

0.27

23.1

24.4

9.2

0.25

23.7

22.1

9.3

72

0.40

28.6

26.1

5.0

0.40

28.3

25.8

5.1

0.22

22.6

21.0

9.0

0.18

21.5

20.3

8.9

a- Values are means of four replicated determinations.
Table 2. Effect of Soaking on carbohydrates of whole grass peas a

Soaking time hr

Acidified water

Tap water

NoOH solution

Wood ash filtrate




Total Carbohydrate

Total sugar

Reducing sugar

Non-reducing sugar

Total Carbohydrate

Total sugar

Reducing sugar

Non-reducing sugar

Total Carbohydrate

Total sugar

Reducing sugar

Non-reducing sugar

Total carbohydrate

Total sugar

Reducing sugar

Non-reducing sugar




%

Mg/g

Mg/g

Mg/g

%

Mg/g

Mg/g

Mg/g

%

Mg/g

Mg/g

Mg/g

%

Mg/g

Mg/g

Mg/g

0

53.6

87.3

1.8

85.5

53.9

87.3

1.8

85.5

53.9

87.3

1.8

85.5

53.9

87.3

1.8

85.5

1

53.6

79.4

1.7

77.7

53.6

87.3

1.8

85.5

54.1

79.5

1.7

77.8

53.6

87.0

1.7

86.3

3

52.1

76.0

1.6

74.4

53.4

87.2

1.7

85.5

52.5

77.7

1.5

76.2

52.8

81.7

1.7

80.0

6

52.1

64.6

1.5

63.1

50.8

86.9

1.6

85.3

53.4

77.2

1.3

75.9

52.1

77.1

1.6

75.5

18

51.6

59.0

1.4

57.6

50.2

83.3

1.4

81.9

53.3

72.5

1.1

71.4

51.1

64.5

1.4

63.1

24

51.3

53.1

1.3

51.8

49.4

79.7

1.1

78.6

52.9

61.1

0.9

60.2

50.2

52.3

1.3

51.0

48

51.2

51.2

1.2

50.8

49.2

68.3

0.8

67.5

52.9

55.9

0.7

55.2

51.4

48.2

0.7

47.5

72

51.1

47.3

0.8

46.5

49.1

61.2

0.6

60.6

53.0

52.4

0.6

51.8

51.8

431.

0.4

42.7

a-Value are means of four replicate determinations.

Table 3. Effect of Soaking Ash, Drudefiber, and lipd content of whole grass peas a



Soaking time hr

Acidfied water

Tap water

NaOH solution

Wood Ash Filtrate

Ash %

Crude fiber %

Fat %

Ash %

Crude fiber %

Fat %

Ash %

Crude fiber %

Fat %

Ash %

Crude fiber %

Fat %

0

2.8

7.0

0.8

2.8

7.0

0.8

2.7

7.0

0.8

2.8

7.0

0.8

1

2.7

7.0

0.8

2.7

7.1

0.8

2.7

7.0

0.8

2.8

7.2

0.8

3

2.6

7.1

0.8

2.6

7.2

0.8

2.5

7.1

0.8

2.9

8.0

0.8

6

2.0

7.3

0.9

2.3

8.8

0.9

2.3

7.3

0.9

3.1

8.8

0.9

18

1.7

7.4

1.0

2.3

9.0

1.0

1.8

7.8

1.0

4.1

9.0

1.0

24

1.5

7.6

1.1

2.4

9.4

1.1

1.9

8.6

1.0

4.7

9.4

0.9

48

1.5

7.8

0.9

2.4

9.4

1.0

2.0

8.9

1.1

4.7

9.4

0.8

72

1.4

8.0

0.8

2.3

9.4

0.9

2.1

9.2

1.1

4.7

9.4

0.8

Table 4. Loss of total protein, sugars total solids, BOAA and non-protein nitrogen in "kikh" soaked for two days:



Nutrient

SOAK MEDIA

Tap water

Acidified water

NaOH solution

Wood ash filtrate

Total protein

5

14

27

30

Total soluble mg/g

30

35

47

53

Reducing sugars, mg/g

27

41

72

78

Nonprotein nitrogen, %

27

35

48

63

Leached solids, %

3

7

33

44

BOAA, %

65

56

83

85

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