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REFERENCES

Abraham,E.G., Vagaraju,J., Salunke,D., Gupta,H.M. and Datta,R.K. 1995.

Purification and partial characterization of an induced antibacterial protein

in the silkworm, Bombyx mori. Journal of Invertebrate Pathology,

65: 17 – 24.

Aizawa,K., Furuta,Y., Kurata,Y. and Sato,F. 1964. On the etiological agent of

the infectious flacherie of the silkworm, Bombyx mori L. Bull. Seric. Expt.

Stat., Tokyo, 19: 223 – 240.

Aizawa,K., Kawarabata,T. and Sato,F. 1962. Response of the silkworm,

Bombyx mori to Bacillus thuringiensis Berliner. J. Seric. Sci. JPN.,

31: 153 – 257.

Amalarani,G., Padmalatha,C. and Runjithsingh,A.J.A. 2011. Probiotic

supplementation to improve commercial characteristics, disease resistance

and protein in the silkworm, Bombyx mori L. World Journal of Biological

Research, 4(2): 12 – 25.

Aneja,K.A. 2001. Experiment in microbiology, plant pathology, tissue culture ad

mushroom production technology. New age publishers, New Delhi, 768.

����

�

Anitha,T. Shiromani., Meena,P. and Nitharani,R. 1994. Isolation and

characterization of pathogenic bacterial species in the silkworm,

Bombyx mori L. Sericologia, 34: 97 – 102.

Anonymous, 1997. Identification of cause of Thatte roga. Quarterly New Bulletin,

CSR & TI. Mysore, 5(4): 1 – 2.

Aratake,Y. 1973. Difference of the resistance to infectious flacherie virus

between strains of the silkworm, Bombyx mori L. J. Seric. Sci. Japan.,

42: 2 – 30.

Aruga,H., 1971. Cytoplasmic polyhedrosis of the silkworm – Histroical,

economic and epizootiological aspects. In: The Cytoplasmic Polyhedrosis

Virus of the Silkworm. University of Tokyo Press, Tokyo, pp. 1 – 21.

Aruga,H. 1994. Diseases of silkworms. In: Principles of sericulture Oxford and

IBH publishing company Ltd, New Delhi, Bombay, Calcutta,

pp. 207 – 215.

Aruga,H. and Tanada,Y. 1971. The cytoplasmic polyhedrosis virus of the

silkworm. Universally of Tokyo, Japan, p.5.

Aruga,H., Fukuda,H. and Yoshitake,N. 1963. Observation on a polyhedrosis

virus within the nucleus of the silk gland cell of the silkworm,

Bombyx mori L. J. Seri. Sci. Japan, 32: 213 – 218.

����

�

Babu,K.R., Ramakrishna,S., Reddy,Y.H.K., Lakshmi,G., Naidu,N.V.,

Basha,S.S. and Bhaskar,M. 2009. Metabolic alterations and molecular

mechanism in silkworm larvae during viral infection. A Review. African

Journal of Biotechnology, 8(6): 899 – 907.

Baig,M., Balavenkatasubbaiah,M., Sharma,S.D., Singh,B.D., Sasidharan,T.O.

and Nomani,M.K.R. 1990. Field traits of Resham keetoushadh on the

cocoon yield of the silkworm, Bombyx mori L. Sericologia, 30: 543 – 546.

Baig,M., Sasidharan,T.O., Sharma,S.D., Sen,S.K. and Jolly,M.S. 1989.

Efficacy of certain bed disinfectants against nuclear polyhedrosis of

silkworm, Bombyx mori L. Indian J. Seric., 28(2): 214 – 219.

Balavenkatasubbaiah,M., Ananthalekshi,K.V.V., Selvakumar,T., Nataraju,B.

and Datta,R.K. 1999. Chlorine dioxide, a new disinfectant in sericulture.

Indian J. Seric., 38(2): 125 – 130.

Balavenkatasubbaiah,M., Datta,R.K., Baig,H., Nataraju,B. and

Iyenger,M.N.S. 1994 a. Efficacy of bleaching powder as a disinfectant

against the pathogens of silkworm, Bombyx mori L. Indian J. Seric.,

33(1): 23 – 26.

Balavenkatasubbaiah,M., Nataraju,B., Baig,M. and Datta,R.K. 1994 b.

Comparative efficacy of different disinfectants against nuclear

polyhedrosis virus and Beauveria bassiana of B.mori. Indian J. Seri.,

33(2): 142 – 145.

����

�

Balavenkatasubbaiah,M., Nataraju,B. and Datta,R.K. 1996. Chlorine dioxide

and Virkon-S as disinfectants against pathogens of silkworm, Bombyx mori

L. Indian Journal of Seric., 35(1): 50 – 53.

Baumann,P., Clark,M.A., Baumann,L. and Broadwell,A.H. 1991. Bacillus

spharicus as a mosquito pathogens, properties of the organism and its

toxins. Microbiol., 55: 425 – 436.

Banuprakash,K.G., Govindan,R. and Devaiah,M.C. 2001. In vivo efficacy of

some chemicals on the growth and development of mulberry silkworm,

Bombyx mori. Bull. Ind. Acad. Seri., 5(1): 68 – 74.

Benchamin,K.V. and Nagaraj,C.S. 1987. Silkworm rearing techniques,

Appropriate Sericulture Techniques. International centre for Training and

Research in Tropical Sericulture, Mysore. P. 100.

Bhaskar,R.N., Govindan,R. and Devaiah,M.C. 1987a. Relative sensitiveness of

some breeds of silkworm, Bombyx mori L. to kenchu virus disease as

measured by ET50. Indian J. Seric., 26: 82 – 85.

Bhaskar,R.N., Govindan,R. and Devaiah,M.C. 1987b. Sensitiveness of some

breeds of silkworm, Bombyx mori L. to kenchu virus disease based on

extent of cocooning. Entomon, 12: 321 – 323.

Bhaskar,R.N., Govindan,R. and Devaiah,M.C. 1987c. Sensitiveness of some

breeds of silkworm, Bombyx mori L. to kenchu virus disease on larval

weight reduction. Sericologia, 29: 127 – 131.

����

�

Bhaskar,R.N., Govindan,R., Devaiah,M.C. and Munirarappa,R. 1991.

Influence of kenchu virus infection in some races of silkworm,

Bombyx mori L. on deterioration of cocoon parameters. Mysore Journal of

Apicultural Science. 25(4): 482 – 487.

Bhattacharya,J. 1990. Resistance in the silkworm, Bombyx mori L. against

infection of different diseases. Indian Silk, 28(12): 37 – 38.

Bhattacharya,J. 1992. Viral diseases in silkworm, Bombyx mori L. Indian Silk,

31(1): 45- 46.

Bhattacharya,J., Krishnan,N., Chandra,A.K. and Sen,S.K.1996. Efficacy of

two chemical formulation as rearing bed disinfectants towards prevention

of diseases in silkworm, B.mori. Environment and Ecology,

14(3): 707 – 709.

Bhattacharya,J., Krishnan,N., Chandra,A.K., Sen,S.K. and Saratchndra,B.

1995. Labex: An effective bed disinfectant. Indian Silk, 34(8): 35 – 36.

Biabani,M.R., Etebari,K., Seydavi,A.R., Gholami,R. and Matindoot,L. 2005.

Evaluation of resistance to nuclear polyhedrosis virus in 20 commercial

hybrids in silkworm, Bombyx mori.�Formosan Entomology, 25: 103 – 112.

���

�

Biabani,M.R., Mirhoseini,S.Z., Etebari,K. and Matindoot. 2005. The effects of

nuclear polyhedrosis virus infection in a commercial hybrids of silkworm,

Bombyx mori. The 20th

congress of the International sericulture

commission 15-18 Dec, 2005, Bangalore Conference papers. Volume1,

section 2 by central silk board, Mysore and International Sericultural

Commission, France.

Byakod, S.S. 1974. Effect of Bacillus thuringiensis Berliner on the larval instars

of Plutella xylostella L. (Lepidoptera: Plutellidae) and Bombyx mori L.

(Lepidoptera: Bombycidae). M.Sc (Agri.) thesis, UAS, Bangalore. 110.

Byrareddy,M.S., Devaiah,M.C., Govindan,R., Narayanaswamy,T.K. and

Shyamala,M.B. 1993. Effect of some disinfectants in prevention of

silkworm white musceudine. Curr. Res. Univ. Agric. Scien., 22: 97 – 98.

Chandrasekharan,K., Sharma,S.D. and Selvakumar,T. 2004. Formulation of a

geneal biodegradable and eco friendly silkworm body and rearing seat

disinfection for prevention of spread of diseases. Annual report. CSR/T1,

2003-2004, Mysore, pp: 85 – 86.

Chandrashekaraiah,T., Mishra,S. and Reddy,C.R. 2002. Aspergillosis on

silkworm, Indian Silk, 41(6): 11 – 13.

Chandrashekharaiah,T. and Babu, M.R. 2003. Silkworm breeding in India

during the last five decades and what next?. Proceedings of the mulberry

silkworm Breeder Summit. APSSRDI. Hindupur, India., pp. 6 – 13.

���

�

Chen,K., Yao,Q., Wang,Y. and Cheng,J. 2003. Genetic basis of screening of

molecular markers for nuclear polyhedrosis virus resistance in Bombyx

mori L. Int. J. Indust. Entomol., 7: 5 – 10.

Chieda,Y., Liyama,K., Yasunaga,C., Lee,J.m., Kusakabe,T. and Shimizu,S.

2005. Pathogenicity of gac A mutant of Pseudomonas aeruginosa PAOI in

the silkworm, Bombyx mori. FEMS Microbiology, 244(1): 181 – 186.

Chinnaswamy,K.P. and Devaiah,M.C. 1984. Susceptibility of different races of

silkworm Bombyx mori L. to aspergillosis caused by Aspergillus

tamarikita, Sericologia, 24(4): 513 – 517.

Chinnaswamy,K., Chozhan,V., IIangovan. and Radha,N.V. 1988. Effect of

paraformaldehyde, benzoic acid with lime as bed disinfectants for

prevention of diseases. Natt. Se. Pros. Prob. Seric., in India, 16 – 18,

March, 1988, Department of Zoology, University of Madras, Vellore.

Chitra,C., Karanath,N.G.K. and Vasantharajan,V.N. 1974. Studies on

‘Sappe’ disease of the silkworm, Bombyx mori L-II. Effect of age of larva

on the manifestation of the disease. J. Invert. Pathol., 24: 248 – 252.

Chitra,C., Karanath,N.G.K. and Vasantharajan,V.N. 1975. Diseases of the

mulberry silkworm, Bombyx mori L. J. Sci. Indust. Res., 34: 386 – 401.

Chitra,C., Arunabandarkar, Karanath,N.G.K. and Vasantharajan,V.N. 1973.

Studies on ‘Sappe’ disease of the silkworm, Bombyx mori L. I. Isolation

and characterization and pathogenic bacteria from diseased silkworm.

Curr. Sci., 42: 273 – 276.

����

�

Choudhary,N. and Ravindrasingh, 2007. Importance of combining ability

analysis in the silkworm, Bombyx mori L. A review. Indian J. Seric.,

46: 1- 6.

CSR and T1, 1989. Studies on the bacterial diseases of silkworm, Annual Report

(1988 – 89) CSR and T1, Mysore, pp. 67 – 69.

Cuboni,G. and Garbini,A. 1890. Sporuna malathia del gelro in rapportocollo

flaccidezza del bacco de seta. Re. Aud. Lincel., 6: 26 – 27.

Dandin,S.B., Jayaswal,J. and Giridhar,K. 2000. Handbook of Sericulture

Technologies, CSB, Bangalore,pp. 207 – 233.

Dasgupta,M.R. 1950. Disease of silkworm. Monograph on Cottage industries

No. 1, Govt. India Press, Calcutta, p. 25.

Datta,R.K., Baig,M., Nataraju,B., Balavenkatasubbaiah,M. and

Selvakumar,T. 1998. Vijetha: An effective disinfectant. Indian Silk,

36(9): 12 – 13.

Doreswamy,C., Govindan,R. and Devaiah,M.C. 2001. A fiaeld survey on the

incidence of Thatte disease of silkworm, Bombyx mori L. Abstracts of

National Seminar on Mulberry Sericulture Research in India,

Thalaghattapura, Bangalore, pp. 185 – 186.

����

�

Doreswamy,C., Govindan,R. and Devaiah,M.C. 2003. Deterioration of cocoon

traits of silkworm, Bombyx mori L. due to infection with late larval

flacherie pathogen. In: Abracts of National Conference on Tropical

Sericulture for global competitiveness, 5-7th

November, 2003. CSRT1,

Mysore, India, pp. 75 – 76.

Doreswamy,C., Govindan,R., Devaiah,M.C. and Muniswamappa,M.V. 2004.

Deterioration of cocoon traits of silkworm, Bombyx mori L. by the

synergistic infection with late larval flacherie pathogens. Karnataka J.

Agric. Sci., 17(2): 345 – 348.

Enomoto,S., Moriyama,H. and Iwanami,S. 1987. Septicemia occurrence in

cocoons as related to silkworm rearing conditions. J.A.R.Q., 21: 117 – 121.

Etebari,K., Matindoost,L., Mirhoseini,S.Z. and Turnbull,M.W. 2007. The

effect of BmNPVinfection on protein metabolism in silkworm, Bombyx

mori larva. I.S.J., 4: 13 -17.

Fast,P.G. and Angus,T.A. 1965. Effects of parasporal inclusions of Bacillus

thuringiensis Van Sotto Ishiwata on the permeability of the gut wall of

Bombyx mori L. larvae. J. Inv. Pathol., 7: 29 – 32.

Finney,D.J. 1971. Probit Analysis III edn, Chand and Co., New Delhi, p. 223.

����

�

Forlani, G., Seves, A.H. and Ciferri, O. 2000. A bacterial extra cellular

proteinase degrade silk fibroin. International Biodeterioration and

Biodegradation, 46: 271-275.

Fukuda,T. and Lwashita,Y. 1988. The infection of cloacae to silkworm and

several species of insects. Japanese Silkworm Hybrid, 57(6): 470 – 474.

Funada,T. 1968. Selection of silkworm resistance to pathogens. I bid,

37: 281- 287.

Furuta,Y. 1995. Susceptibility of the races of the silkworm, preserved in NICES

to nuclear, polyhedrosis and denso nucleosis virus. Bull. Natl. Ist. of Seric.

And Entomol. Sci., 10: 119 – 145.

Gasparini,R., Pozzi,J., Magnelli,R., Fatighenti,D. and Giotti,E. 1995.

Evaluation of in vitro efficacy of the disinfectant virkon. Eur. J.

Epidemiol., 11: 193 – 197.

Ghosh,J., Senapati,S.K. and Baral,K. 2000. Performance of silkworm breeds

with reference to disease occurrence during different seasons under terai

ecological conditions of West Bengal. Indian J. Ageric. Sci., 70: 234 – 238.�

Glaser,R.W. 1924. A bacterial disease of silkworms. Journal of Bacteriology,

9: 339 – 355.

����

�

Govindan,R. and Devaiah,M.C. 1995a. Densonucleosis and Infectious Flacherie

of Silkworm. Silkworm Pathology Technical Bulletin – 2, Department of

Sericulture, UAS, Bangalore, pp. 39 – 94.

Govindan,R. and Devaiah,M.C. 1995b. Bacterial flacherie of silkworm,

Silkworm Pathology Technical Bulletin – 3, Department of Sericulture,

UAS, Bangalore, pp. 1 – 47.

Govindan,R., Narayanaswamy,T.K. and Devaiah,M.C. 1998. Principles of

silkworm pathology. Seri. Scientific Publishers, Bangalore, p. 420.

Govindan,R., Veeresh,G.K., Devaiah,M.C., Shymala,M.B. and

Narayanaswamy,T.K. 1989. Effect of kenchu virus infection during fifth

instar in silkworm, Bombyx mori L. Sericologia, 29: 365 – 368.

Govindan,R., Veeresh,G.K., Devaiah,M.C., Shymala,M.B., Narayanaswamy,

T.K. and Lakshmikantha Sasthry,M.N. 1990. Effect of simultaneous

infection of silkworm, Bombyx mori L. with kenchu virus and

Streptococcus aureus Rosenbach. Indian J. Seric., 29: 273 – 278.

Guo- ping,K. and Xi-Jie,G. 2011. Over view of silkworm pathology in China.

African Journal of Biotechnology, 10(79): 18046 – 18056.

Gururaj,C.S., Sakarappa,B.M. and Sarangi,S. 1999. Effect of BmNPV

infection on the digestive enzyme activity in the silkworm. Indian J. Seric.,

38(2): 102 – 106.

����

�

Hartman,E. 1931. A flacherie disease of silkworms caused by Bacillus

bombysepticus. Lignin Sci. J., 10: 279 – 289.

Hassan,M., Khan,A.R. and Zaman,K.V. 1989. The fecundity and fertility of the

silkworm, Bombyx mori L. treated with sub lethally with Bacillus

thuringiensis, var kurstaki. Indian J. Seric., 28: 178 – 181.

Heimpel,A.H. and Angus,T.A. 1959. The site of action of crystalliferous bacteria

in lepidopteran larvae. J. Insect. Pathol., 1: 152 – 170.

Hideshi,I. 1993. Unique toxicity of delta z endotoxin of Bacillus thuringiensis to

silkworm, Bombyx mori L. BioSci. Biotech. Biochem., 57(2): 200 – 204.

Himeno,M., Onodera,K. and Tanami,Y. 1974. Properties of flacherie virus of

the silkworm, Bombyx mori L. J. Invert. Pathol., 23: 164 – 171.

Hossain,M.S., Humamoto,H., Matsumoto,Y., Razanajatova,I.M.,

Larranaga,J., Kaito,C., Kasuga,H. and Sehimizu,K. 2006. Use of

silkworm larvae to study pathogenic bacterial toxins. J. Biochem.,

140: 439 – 444.

Humphris, J. 1974. Bacteriology. Murray, J. (Ed.). Albetrmack street. London.

452. �http:// business.gov.in

Inoue,H. 1974. Multiplication of infectious flacherie virus in the resistant and

susceptible strains of the silkworm, Bombyx mori L. J. Seric. Sci. Japan.,

43: 318 – 324.

����

�

Inoue,H. and Miyagawa,H. 1978. Selection of silkworms resistant to IFV

infection. J. Invertebr. Pathol., 32: 373 – 38.

Institute of China Silkworm. 1984. Founding thirty five years to the

achievements of science and technology of sericulture in China (J). Acta

Sericologica Sinica., 10(3): 126 – 128.

Isaiarasu,L., Sakthivel,N., Ravikumar,J. and Samuthiravelu,P. 2011. Effect of

herbal extracts on the microbial pathogens causing flacherie and

muscardine diseases in the mulberry silkworm, Bombyx mori L. Journal of

Biopesticides, 4(2): 150 – 155.

Ishikawa,Y. and Miyajima,S. 1968. Insect pathology. Ibid, 37: 471 – 478.

Ishiwata,S. 1902. Sur le bacilli appele, “ Sotto”. Bull. Assoc. Seric. Japan.,

114: 1- 5.

Jadhav,R,N., Sahunke,S.D. and Tallapure,S.T. 1995. Efficacy of some bed

disinfectants on the grasserie disease in silkworm, B.mori L. Current

Agricultural Research. 8(1): 16 – 20.

Janakiraman,A.T. 1961. Diseases affecting the Indian silkworm races.

J. Silkworm, 13: 91 – 101.

Jawale,M.D. and Tayade,D.S. 1987. Effect of certain bed disinfectants on the

growth and disease control of silkworm, Bombyx mori L. Sericologia,

27(3): 443 – 446.

����

�

Jayaramaiah,H. and Kuberappa,A.C. 1978. Silkworm mycoses. UAS

Technical report. University of Agricultural Sciences, Hebbal, Bangalore,

48: 1 – 85.

Jayanthi, P.D.K. and Padmavathamma, K. 1997. Laboratory evaluation of

toxicity of Bacillus thuringiensis subsp. Kurstaki to larvae of mulberry

silkworm Bombyx mori L. J.Entomol.Res., 21: 45-50.

Jiang,C., Yao,H., Ye,G. and Hu,C. 2004. Effect of Bacillus thuringiensis strain

YJ 2000 on common biological characters of the domestic silkworm,

Bombyx mori. Acta Sericoloia Sinica, 30(2): 171 – 175.

Jolly,M.S. 1983. Organisaion of industrial bivoltine grainage for tropics.

Sericulture pryed 3- control Sericultural Research and Training Institute,

Mysore.

Jolly,M.S. 1987. Appropriate Sericulture Techniques. Published by Central Silk

Board, Bangalore, India.

Kaito,C. and Sekimizu,K. 2006. A silkworm model of pathogenic bacterial

infection. Drug Discov. Ther., 1(2): 89 – 93.

Kalpana,S., Hatha,A.M. and Swamy,L.P. 1995. Gut microflora of the larva of

silkworm, Bombyx mori. Insect Science and its Application,

15(4-5): 99 – 502.

����

�

Kariavano,V.S. 1988. A study of temperature, feeding allowance and feeding

area on rearing silkworm during the 4th

and 5th

instars and on spinning

cocoons, 11 feeding silkworms under summer and autumn season

condition. Zhivotnovbl Nauki, 25(7): 91 – 98.

Kellong,C.R. 1928. Diseases of silkworm. China J. Sci., 8: 263 – 274.

Khatique,F. and Ahmed ,K. 2001. Toxicity of Bacillus thuringiensis subsp.

kurstaki Berliner and sub lethal effect on development of Heliothis

armigera Hubner. Pak. J. Biol. Sci., 4: 529 – 534.

Kobayashi,H., Sato,F. and Ayuzawa,C. 1968. On the disinfecting ability of the

mixture of bleaching powder and formalin. J. seric. Sci. Jpn.,

37: 311 – 318.

Kodama, R. 2001. Bacterial disease and counter measures. In: Silkworm rearing

on artificial diets. Oxford and IBH, 162-221.

Krishnarao,S., Rajendra Mundkur, Rajanna,G.S., Raghuraman,R.,

Shivamallu,M.L. and Mahadevappa,L. 1997. New bivoltines for tropical

conditions. Indian Silk., 36 (7&8): 5 – 10.

Krishnan,N., Mohanam,M., Chaudhuri,N.A., Mitra,P., Saratchandra,B. and

Roy,A.K. 2000. Role of 3,4 – dihydroxy phenyl alanine in the nodulation

response of silkworm, Bombyx mori L. to bacterial infection. Current

Science, 79 (7): 1011 – 1016.

���

�

Krishnaswami,S. 1978. New Technology of Silkworm Rearing. Bulletin No.2.

CSR & T.I., Mysore, p. 23.

Krishnaswami,S., Narasimhanna,M.N., Suryanarayan,S.K. and

Kumararaj,S. 1973. Manual on Sericulture, Vol. 2., Silkworm Rearing.

Agriculture Service Bull., FAO, Rome, p. 131.

Kumar,K.J.A., Rodrigo-Simon,A., Ferre,J., Fusztai-Carey,M.,

Sivasupramanium,S. and Moar,W.I. 2008. Production and

characterization of Bacillus thuringiensis resistant cotton boll worm,

Helicoverpa zea, Applied and Environmental Microbiology, 74: 462 – 469.

Kumari,V.K.M., Balavenkatasubbaiah,M., Rajan,R.K., Himantharaj,M.T.,

Nataraju,B. and Rekha,M. 2001. Influence of temperature and relative

humidity on the rearing performance and disease incidence in CSR hybrid

silkworm, Bombyx mori L. Int. J. Ind. Entomol., 3(2): 113 – 116.

Kurisu,K. 1974. Lethal effect of secondary bacterial infection on silkworm larvae

infected with flacherie virus. J. Seric. Sci. Japan., 43: 277 – 282.

Kuroiwa,K., Miyashita,T. and Arai,G. 1969. Effect of some disinfectants upon

the newly hatched larvae of silkworm, Bombyx mori L.

J. Sericult. Sci. Jpn., 38: 354 – 362.

���

�

Liu-Shi-Xian. 1984. Identification of the resistance of silkworm, Bombyx mori

races to six types of silkworm diseases. Sericologia, 24:377-382.

Lu-Yup-lian and Liu Fu-an. 1991. Silkworm Diseases, FAO Agricultural

Services Bulletin, 73/4 RSTC, Guangzhou, China, pp. 18 – 23.

Liu,S.X. and Wu,Z.C. 2000. Studies on the pathology of silkworm, Bombyx mori

during Nosema bombycis infection. Journal of Zhejiang University,

26(5): 547 – 550.

Liu,S.X. and Zhong,W.B. 1988. The research channels in the prevention and

content of silkworm disease. Sericologia, 29(3): 287 – 295.

Lysenko,O. 1958. Streptococcus bombycis : its taxonomy and pathogenicity for

silkworm caterpillars. J. Gen. Microbiol., 18: 774 – 781.

Mahalingam,C.A., Murugesh,K.A. and Shunmugam,R. 2010. Survey of

grasserie disease of silkworm and its cost effective management. Madras

Agric. J. 97(7-9): 269 – 272.

Mahmoud,S.M., Eid,M.A.A.A., El- Maasarawy,S.A.S. and Hammad,G.M.A.

2005. Chemical differences of silkworm, Bombyx mori L. products as

index of races. The 20th

Congress of the International Sericultural

Commission, 15 – 18 Dec. 2005. Bangalore, pp. 65.

Malhotra,R. 2011. Rising silk production and evolving India silk brand.

Commodity on line. Com.

����

�

Manimegalai,S. 2009. Bacterial pathogens of mulberry silkworm, Bombyx mori

L. and their management strategies. Sericologia, 49(4): 401 – 420.

Manimegalai,S. and Chandramohan,N. 2005. Botanicals for the management of

bacterial flacherie of silkworm, Bombyx mori L. Sericologia,

45(1): 51 – 58.

Manimegalai,S. and Chandramohan,N. 2006. Biodiversity of bacterial

pathogens of silkworm, Bombyx mori L. International Conference on

Biodiversity of insects challenging issues in management and conservation

(BIMC, 2006) 30 Jan – 3. Feb. 2006, Bharathiar University,

Coimbatore, p. 97.

Manimegalai,S. and Subramaniam,A. 1999. Efficacy of bed disinfectants and

botanicals against grasserie disease of silkworm, Bombyx mori L.

Proceedings of NSTS, pp: 338 – 340.

Manimegalai,S., Rajeswari,T. and Adhithya,R. 2009. Integrated management

of flacherie disease of mulberry silkworm, Bombyx mori L. in western

zone of Tamil Nadu, Bulletin of Indian Academy of Sericulture.

13(2): 88 – 94.

Manimegalai,S., Rajeswari,T. and Rajalekshmi,G. 2010. Integrated

management of grasserie disease of mulberry silkworm, Bombyx mori L. in

Western zone of Tamil Nadu, Green Forming, 1(2): 190 – 191.

����

�

Manimegalai,S., Subramanian,A. and Chandramohan, 2000. Efficacy of bed

disinfectants and botanicals against grasserie disease of silkworm, Bombyx

mori L. Sericologia, 40(1): 585 – 590.

Matsumoto,T., Ya- Feng-Zhu and Kazuhiko,K. 1985a. Mixed infection with

infectious flacherie virus and bacteria in Bombyx mori. J. Seric. Sci.

Japan., 54: 453 – 458.

Matsumoto,T., Ya- Feng-Zhu and Kazuhiko,K. 1985b. Mixed infection with

infectious flacherie virus and bacteria in the silkworm, Bombyx mori,

reared on artificial diet. J. Seric . Sci. Japan., 55: 301 – 304.

Matsumoto,T., Zhu,Y.F., Kurisu,K. and Akai,H. 1986. Effects of anti-juvenile

hormone on mixed infection of infectious flacherie virus and bacteria to

silkworm larvae. J. Seric. Sci. Japan., 55: 1- 4.

Matsumura,S. 1930. On kuto disease a kind of flacherie which attacks mainly

young larvae and reared on artificial diet given once during the I to III

instars. Jpn. J. Appl. Entomol. Zool., 33: 9 – 11.

McDonnell,G. and Russel,A.D. 1999. Antiseptics and disinfectants, activity,

action and resistance. Clin. Microbiol. Rev., 12: 147 – 179.

Metalnikov,S. and Chorine,V. 1928. Meladies bacteriennes chenilles de la

pyrale dumais (Pyrasuta nubilais Hb.). Compt. Rend. Acad. Sci.,

186: 546 – 549.

����

�

Miyajima, 1986. Synergism in the incidence of CPV by co- infection of species

of bacteria in the silkworm, Bombyx mori L. reared on artificial diet.

J. Seric. Sci. Japan., 55: 301- 304.

Mohanraj,P., Subramanian,S. and Muthuswami,M. 2009. Survey of gut

microflora of select Indian multivoltine and bivoltine breeds of silkworm,

Bombyx mori L. Sericologia, 49(2): 201 – 209.

Nagaraju,J. 2002. Application of genetic principles for improving silk

production. Current Science, 83: 409 – 414.

Nakasuji,Y. and Kodama,R. 1969. J. Seric. Sci. Japan., 38: 471.

Nakasuji,Y. and Kodama,R. 1970. J. Seric. Sci. Japan., 39: 187.

Nanavathy,M.M. 1965. Silkworm from grub to glamour. Paramount Publishing

House, Bombay. P. 277.

Nangia,N., Kumar,A. and Nageshchandra,B.K. 1999. Gut microflora of healthy

mulberry silkworm. Proceedings of National Seminar on Tropical

Sericulture, pp. 247 – 250.

Narasimmaraju,R. and Govindan,R. 1990. Performance of some single and

three way cross hybrids of silkworm, Bombyx mori L. for larval traits.

Entomon., 15(3 and 4): 179 – 182.

����

�

Narayanan,E.S. and Chawla,S.S. 1965. Effect of frequency of feeding on the

growth and development in two races of silkworm, Local Mysore and

Shungestu Hosho. Indian J. Seric., 4: 1- 3.

Narayanaswamy,T.K., Shyamala,M.B. and Govindan,R. 1985. Reaction of

different breeds of silkworm, Bombyx mori L. to kenchu virus. Indian J.

Seric., 24: 66 – 73.

Nataraju,B. and Dandin,S.B. 2003. Silkworm diseases and their control

measures. In: proceedings of national seminar on silkworm seed

production. Silkworm seed technology, Laboratory, Kodathi, Bangalore,

India, 25th

– 26th

June, pp. 87 – 94.

Nataraju,B., Sivaprasad,V. and Datta,K. 1999. Studies on the cause of thatte

roga in silkworms, Bombyx mori L. Indian J. Seric., 38: 149 -151.

Nataraju,B., Subbaiah,B.H. and Selvakumar,T. 2004. Studies on prevention/

suppression flagerie in silkworm, Bombyx mori L. CSR and T1,

Mysore, p. 81.

Nataraju,B., Subbaiah,B.H., Baig,M., Singh,B.D. and Sengupta,K. 1991. A

report on the distribution of Bacillus thuringiensis in sericultural areas of

Karnataka. India. Indian J. Seric., 30(1): 56 – 58.

Nataraju,B., Subbaiah, B.H., Virendrakumar, Selvakumar,T. and Datta,R.K.

1999. A study on impact of an integrated silkworm disease control

technology in prevention of diseases in silkworm rearing. Proceedings of

NSTS, 99: 240 -242.

����

�

Nataraju,B., Subbaiah,B.H., Sharma,S.D., Selvakumar,T., Thiagarajan,V.

and Datta,R.K. 2002. A practical technology for diagnosis and

management of disease in silkworm rearing. Int. J. Ind. Entomol.,

4(2): 169 – 173.

Nataraju,B., Subbaiah,B.H., Sharma,S.D., Sudhakararav,P., Selvakumar,T.

and Chandrasekharan,K. 2005. Cost economics of silkworm disease

management. Indian Silk, 43(9): 8 – 10.

Olutiola,P.O., Famurewa,O. and Sontag,H.G. 1991. An introduction to general

microbiology. A Practical Approach. Lab. Germany.

Paillot,A. 1930. Influence des infections microbiennes secondaries surie

development des ultracirus cheize Bombyx du-murier. Compt. Renoi. Soc.

Biol., 104: 585 – 586.

Pankaj,V., Raundal, Harshal,E., Patil, Pramod,M. and Chaudhari. 2005.

Sericulture: an agro- based rural industry. Agrobois, 4(4): 48 – 49.

Pasteur, 1870. Etudes surla maladie des versa soil. Ganthiervillars Paris, vol. I.,

p. 332 , vol. II., 327.

Patil,C.S. 1994. New record of a bacterial pathogen. Streptococcus faecalis

Andrews and Horder on mulberry silkworm, Bombyx mori L. from India.

Sericologia, 34: 54- 55.

����

�

Patil,C.S. and Sharadamma,P. 1999. Sanjeevini : An effective bed disinfectant.

Indian Silk, 37(12): 13 – 14.

Patil,C.S., 1990. Sikworm diseases and their management in Japan. Indian Silk,

29(5): 31- 34.

Peter,A., Chinnaswamy,K.P., Govindan,R. and Chandra,B.K.N. 1999. Staus

of thatte disease of silkworm in Eastern dry zone of Karnataka.

Proceedings of NSTS. pp. 344 – 346.

Pramanik,K.K.A. and Somchoudhary,A.K. 2001. Adverse effect of Bacillus

thuringiensis Berliner on silkworm, Bombyx mori L. and other beneficial

non-target organisms. J. Ent. Res., 25(1): 53 – 57.

Prasad,N.R. 1999a. Lime and its application in silkworm disease management.

Indian Silk, 38(4); 12 – 14.

Prasad,N.R. 1999b. Silkworm disease management and its limitations. Indian

Silk, 39(4): 7 – 9.

Prasad,N.R., Keshawareddy,K.S. and Govindaraju,S.T. 1999. Thatte – The

new silkworm disease in Karnataka. Indian Silk, 38(4): 13 – 14.

Priyadharshini,P., Mahalingam,C.A. and Shashidhar,K.R. 2008. Identification

and characterization of bacterial pathogens in silkworm, Bombyx mori L.

Current Biotica, 2(2): 181 – 192.

����

�

Rajakumari, S.D.V. 2005. Bacterial diseases in the silkworm, Bombyx mori L. in

Tirunelveli District and management techniques to improve economic

traits. Ph.D. thesis, M.S. University. 51.

Rajanna,K.L., Jagadesh,N., Puttaswamy,G., Nair,B.P., Samson,M.V. and

Gowda,P. 1998. Quantitative and qualitative performance of Nistari and

bivoltine hybrid combination of silkworm, Bombyx mori L. Entomon.,

23(2): 91 – 95.

Rajashekhargouda,R., Gopalan,M., Jayaraj,S. and Natarajan,M. 1997. Feat

of pure breeds and single crosshybrids of Bombyx mori L. Entomon, 22(3

and 4): 223 – 224.

Ramesha,C., Seshagiri,S.V. and Rao,C.G.P. 2009. Evaluation and Identification

of superior polyvoltine cross breeds of mulberry silkworm, Bombyx mori

L. Journal of Entomology, 6(4): 179 – 188.

Ravikumar,S., Ramanathan,G., Subhakaran,M. and Inbaneson,S.J. 2009.

Antimicrobial compounds from marine halophytes for silkworm disease

treatment. International Journal of Medicine and Medical Sciences,

1(5): 184 – 191.

Rayar,S.G. and Govindan,R. 1990. Performance of some single and three way

cross hybrids of silkworm, Bombyx mori L. for larval traits. Entomon.,

15(3&4): 183 – 186.

����

�

Reddy,B.K. and Rao,J.V.K. 2009. Seasonal occurrence and control of silkworm

diseases, grasserie, flacherie and muscardine and Insect pest, Uzifly in

Andrapradesh, India. Int. J. Indust. Entomol., 18: 57 – 61.

Reddy,V.S., Singh,B.D., Baig,M., Sengupta,K., Giridhar,K. and Singal,B.K.

1990. Efficacy of asiphore as a disinfectant against incidence of silkworm,

Bombyx mori L. Indian J. Seric., 29: 147 – 148.

Retnesan., Nataraju,B., Selvakumar,T., Chandrasekharan,K. and

Thiagarajan,V. 2003. Relationship between the susceptibility of

silkworm, Bombyx mori to densonucleosis and infectious flacherie virus

infection. Indian J. Seric., 4(2): 59 – 60.

Robertpollack., Findlay,L., Mondschin,W. and Ronald Modesto,R. 2002.

Laboratory excercises in microbiology, John Wiley and Sona, INS, p. 120.

Samson,M.V. 1987. Bacterial diseases of silkworm, Bombyx mori, Ph.D. Thesis,

Univ. of Mysore, p. 137.

Samson,M.V. 1995. Flacherie in Bombyx mori L. Indian Silk, 33(11): 31- 33.

Samson,M.V. and Chandrashekharaiah,C. 1998. The concept of disease

resistance and its relevance in silkworm breeding. Sreeramareddy (ed.)

Oxford and IBH Publishing Co. Pvt. Ltd., New Delhi, Calcutta,

pp. 149 – 158.

���

�

Samson, M.V. and Singh, R.N. 1995. Efficacy of the disinfectants husk ash and

cowdung ash against pathogens of the silkworm, Bombyx mori L. Madras

Agricultural Journal, 82 (2): 89-92.

Samson,M.V., Baig,M. and Jolly,M.S. 1987. “Resham Keet Ousahad”. A

prospective bed disinfectant against grasserie and muscardine. Indian Silk.,

25(11): 16 – 18.

Samson,M.V., Singh,R.N. and Sasidharan,T.O. 1998. Resham jyothi, a wide

spectrum bed disinfectants. Indian Silk, 37(3): 9 – 10.

Samson,M.V., Baig,M., Sharma,S.D., Balavenkatasubbaiah,M.,

Sasidharan,T.O. and Jolly,M.S. 1990. Survey on the relative incidence of

silkworm disease in Karnataka, India. Indian Silk, 29: 248 – 254.

Samson,M.V., Sasidharan,T.O., Singh,R.N., Santha,P.C., Suryanarayana,V.,

Manjula,A. and Chandrashekharaiah. 1995. Efficacy of the

disinfectants ‘Disfect’s’ agreement pathogens of the silkworm, Bombyx

mori. Madras Agricultural Journal, 82(2): 93 – 98.

Sanakal,R.D., Kamat,K.I., Lakkappan,V.J., Hinchigeri,S.B. and

Savanurmath,C.J. 2005. The diagnosis and cure of viral diseases in the

silkworm, Bombyx mori L. The 20th

Congress of the International

Sericultural Commission, 15 – 18 Dec. 2005. Bangalore, p 58.

���

�

Sanakal,R.D., IngalhalliS.S., Singh,K.K., Basavarajappa,S., Hinchigeri,S.B.

and Savanurmath,C.J. 1996. Infectious flacherie of the silkworm,

Bombyx mori in Northern districts of Karnataka, India. Indian J. Seric.,

35: 90 – 94.

Saratchandra,B. 1997. Management of silkworm diseases and pests. Indian Silk,

35(11): 27 – 30.

Sasidharan,T.O., Singh,R.N. and Samson,M.V. 2000a. Efficacy of the new

silkworm bed disinfectant ‘Resham jyothi’ under field conditions. Indian J.

Seric., 39: 41- 42.

Sasidharan,T.O., Singh,R.N., Shantha,P.C., Veeraiah,T.N. and Samson,M.V.

2000b. Efficacy of new botanical based silkworm bed disinfectant for

disease management in silkworm crops. Abstracts of National Conference

on Strategies for Sericulture Research and Development. CSR and TI,

Sriampura, Mysore, pp. 64.

Savanurmath,C.J., Basavarajappa,S., Ingalhalli,S.S., Sanakal,R.D.,

Hinchigeri,S.B. and Singh,K.K. 1994a. A status paper on the sericulture

activities and the incidence of silkworm viral diseases in Northern districts

of Karnataka. J. Karnataka Univ. Sci., 37: 197 – 211.

Savanurmath,C.J., Basavarajappa,S., Hinchigeri,S.B., Ingalhalli,S.S.,

Singh,K.K. and Sanakal,R.D. 1992. Relative incidence of silkworm viral

disease in agro climate zones of Northern Karnataka, India. In: National

����

�

Conference on Mulberry Sericulture Research, CSR and T1, Mysore, Dec.

10 and 11. p. 123.

Savanurmath,C.J., Basavarajappa,S., Hinchigeri,S.B., Ingalhalli,S.S.,

Singh,K.K. and Sanakal,R.D. 1994b. Relative incidence of the silkworm

viral diseases in agro- climatic zones of Northern Karnataka, India. Bull.

Seric. Res., 5: 51 – 55.

Savithri,G. and Muralimohan,P. 2003. Pathogenicity of the bacterium Bacillus

coagulans in silkworm, Bombyx mori L. Indian J. Seric., 42(1): 4 – 8.

Sawamura,S. 1906. Note on bacterial pathogenic to silkworm, Tokyo, Imp. Univ.

Coll. Agri. Bull., 7: 105.

Seki,H. 1984. The serological properties and infectivity of Yamanashi isolate of

the silkworm densonucleosis virus. J. Seric. Sci. Japan., 53: 69 -71.

Seki,H. 1985. Interstrain difference in resistance to the infection with

densonucleosis virus (Yamanashi isolate) in the silkworm, Bombyx mori.

J. Seric. Sci. Japan., 54: 445 – 448.

Selvakumar,T. 2003. Studies on cause and prevention of flacherie in silkworm,

Bombyx mori, Ph.D. Thesis University of Mysore, Mysore.

Selvakumar,T., Balavenkatasubaiah,M. and Nataraju,B. 2001. Studies on

prevention and suppression of flacherie in silkworm, Bombyx mori L.

Annual Rport (2000 – 2001) CSR & T1, Mysore,p. 101.

����

�

Selvakumar,T., Nataraju,B., Sivaprasad,V., Ananthalakshmi,K.V.V. and

Datta,R.K. 2009. Impact of disinfection of silkworm bamboo rearing trays

smeared with cowdung paste and soil. Bulletin of Indian Academy

Sericulture, 13(2): 22 – 27.

Selvakumar,T., Prabha,B.S., Nataraju,B., Balavenkatasubbaiah,M. and

Datta,R.K. 1998. Synergism of Streptococcus bacteria and BmDNV in

causation of flacherie in silkworm, Bombyx mori L. Current Technology

Seminar on Silkworm Diseases Management, Silkworm Receiving

Technology and Mulberry Pathology, 22 – 23rd

July, CSR and T1,

Berhampore, Abstract p-3.

Selvakumar,T., Nataraju,B., Balavenkatasubbaiah,M., Sharma,S.D.,

Chandrasekharan,K. and Sudhakararao,P. 2005. Influence of

environmental and nutritional factors on the development of flacherie in

silkworm, Bombyx mori L. The 20th

Congress of the International

Sericultural Commission, 15 – 18 Dec. 2005, Bangalore, pp. 42.

Selvakumar,T., Nataraju,B., Balavenkatasubbaiah,M., Sivaprasad,V.,

Baig,M., Virendrakumar, Sharma,S.D., Thiyagarajan,V. and

Datta,R.K. 2002. A report on the prevalence of silkworm diseases and

estimated crop loss. In: Advances in Indian Sericulture Research,

S.B.Dandin and V.P. Gupta (Eds.), CSR and T1., Mysore, pp. 352 – 357.

Sengupta,K., Kumar,P., Baig,M. and Govindan,S. 1990. Diseases of mulberry

silkworm and their control. In: hand book on pest and disease control of

mulberry and silkworm, ESCAP Publications, Bangalore, 52 – 55.

����

�

Sericultural Research Institute of Chinese Academy of Agricultural Sciences.

1970. Identiification of late molter diseases in B. mori. Sericult.,

15(1): 12 – 16.

Shanthakumar,K., Bhaskar,R.N., Govindan,R. and Ravikumar,A. 2001.

Effect of some bed disinfectants on cocoon and reeling parameters of

silkworm, Bombyx mori L. Narl. Sem. Mulb. Seric. Res. India, 26- 28 ,

Nov. p. 190.

Sharma,J., Yadav,A., Unni,B.G. and Kalifa,M.C. 2005. Antibacterial proteins

from non- mulberry silkworms against flacherie causing Pseudomonas

aeruginosa AC3. Current Science, 89(9): 1613 – 1618.

Sharma,S.D., Chandrashekharan,K. and Selvakumar,T. 2002. Identification

of ecofriendly and biodegradable product / chemicals having germicidal

activity against silkworm pathogens. Annual Report, CSR and T1, Mysore,

pp. 85 – 87.

Shimizu,T. 1975. Pathogenicity of an infectious flacherie virus of the silkworm,

Bombyx mori obtained from sericultural farms in the suburbs of Ina city. J.

Seric. Sci. Japan., 44: 45- 48.

Shivakumar,H.M., Devaiah,M.C. and Mathapathi,S. 1995. Moth emergence

and production of quality of eggs of pure and hybrid races of silkworm,

Bombyx mori L. Madras Apicultural Journal, 82(2): 138 – 140.

����

�

Shyamala,M.B., Govindan,R., Hadimani,A.K., Narayanaswamy,T.K. and

Eswarappa,S. 1987. Kenchu A. Silkworm flacherie in Karnataka USA,

Tech. Seri., 49: 146.

Sidhu,N.S. and Singh,K. 1968a. Resistance of silkworm mutant strains and

breeds and inducive factors leading to the development of grasserie and

flacherie disease of silkworm, Bombyx mori L. Indian J. Seric.,

7: 125 – 130.

Sidhu,N.S. and Singh,K. 1968b. Studies on polyhedrosis in silkworm, Bombyx

mori L. Indian J. Seic., 7: 1 – 5.

Singh,G.P., Mengkui,X., Yuyin,C. and Datta,R.K. 2003. Development of

resistance to Bombyx mori. Densonucleous virus into a susceptible

silkworm breed. Int. J. Indust. Entomol., 6: 145 – 149.

Singh,R., Chandra,R., Bose,H. and Luthra,P.H. 2002 a. Antibacterial activity

of Curcuma longa rhizome extract on pathogenic bacteria. Curr. Sci.,

83(6): 737 – 740.

Singh,G.P., Xingmeng,L.U., Nataraju,B. and Datta,R.K. 2002 b. Efficacy of

xiaotelin as a disinfectant against pathogens of silkworm, Bombyx mori L.

Indian J. Seric., 41(1): 84 – 88.

Singh,B.D., Baig,M., Balavenkatasubbaiah,M., Sharma,S.D., Sengupta,K.

and Sivaramareddy,N. 1990. Studies on the susceptibility of different

breeds of silkworm (Bombyx mori L.) to diseases under natural condition.

Indian J. Seric., 29(1): 142 – 144.

����

�

Sironmani, A.T., Meena,P. and Vanitharani,R. 1994. Isolation and

characterization of pathogenic bacterial species in the silkworm,

Bombyx mori L. Seriocologia, 34: 97 – 102.

Sivaprakasam,N. and Rabindra,R.J. 1996. Integrated disease management

methods of grasserie in silkworm, Bombyx mori L. Indian J. Seric.,

35(2): 122 – 127.

Sivaprakasham,N., Rabindra,R.J. and Jayarani,S. 1999. Botanical for

grasserie management in silkworm, Bombyx mori L. Proc. Nat. Symp. BIol.

Cont. Agric. Forest Medi. Vet. Sci., 9 – 10.

Sivaprasad,V., Selvakumar,T. and Nataraju,B. 1995. Synergistic effect of

BmIFV and Streptococcus in the causation of flacherie in silkworm.

Current technology Seminar on Silkworm Disease Management, Silkworm

Rearing Technology and Mulberry Pathology, CSR and T1. Berhampore,

West Bengal. October. p. 5.

Sivaprasad,V.C., Chandrashekharaiah,C., Mishra,S., Kumar,K.P.K. and

Rao,Y.U.H. 2003. Screening of silkworm breeds for tolerance to Bombyx

mori nuclear polyhedrosis virus (BmNPV). Int. Indust. Entomol.,

7: 87 – 91.

����

�

Sivaprasad,V., Kirankumar,K.P., Rajagopalreddy,C., Prasad,K.,

Jagadeeswara,B. and Chandrasekharaiah. 2005. Identification of

silkworm breeds tolerant to BmIFV. The 20th

Congress of the International

Sericultural Commission, 15 – 18 Dec. 2005. Bangalore, CSB,

Mysore. pp. 58.

Steinhaus,E.A. 1949. Principles of insect pathology. Mc Graw Hill Book Co.,

Inc, New York, p. 609.

Su,S.Y. 1990. The occurrence and control of silkworm diseases, Chinese J.

Entomol., 5: 67 – 76.

Subbarao,G., Chandra,A.K. and Bhattacharya,J. 1992. Incidence of crop loss

from adopted rear less level in West Bengal due to silkworm diseases.

Indian. J. Seric., 30(2): 87-167.

Subramanian,S., Mohanra,P. and Muthuswamy,M. 2009. Newparadigm in

silkworm disease management using probiotic application of Streptomyces

noursei, Karnataka J. Agric. Sci., 22: (3 spl. Issue).

Sugan,B., Raghuraan,R., Nayak,M. and Vijayakumar,P.B. 1995. Studies on

melting in bivoltines. Annual Report (1994 – 1995), KSSR and D1,

Bangalore, pp. 48 – 49.

Sugun,R. 1999. Status and management of Thatte disease of silkworm. Advances

in Tropical Sericulture. Proc. Natl. Sem. Tropic. Seric., pp. 84- 86.

����

�

Sujatha,K., Purusotham,A. and Sammaiah,C. 2004. Efficacy of certain plant

products as bed disinfectants against bacterial and viral disease of

silkworm, B.mori L. J. Exp. Zool., 7(2): 229 – 235.

Sujatha,K., Purusotham,A. and Sammaiah,C. 2005. Efficacy of turmeric

C.longa as useful bed disinfectants against silkworm diseases. National

Symposium on Advances in Indian Entomology, Productivity and Health.

Oct 2- 4. Haridwar.

Sureshkumar, and Basavaraja,H.K. 1995. Disease management for successful

crops. Indian Silk, 34(8): 13 – 17.

Susan,C. and Jones,M. 1981. Disinfection of farm buildings. In: disinfectants

their use and evaluation of effectiveness, Collins,C.H., M.C. Allwood,S.F.

Academic Press, New York, pp: 199 – 212.

Talebi,E. and Subramanya,G. 2010. Estimation of genetic parameters for some

quantitative traits in mulberry silkworm. J. Agric. And Environ. Sci.,

8(2): 225 – 229.

Tanada,Y. and Kaya,H.K. 1993. Insect pathology. Academic Press, San Diego,

California.

Tao,H.P., Shen,Z.Y., Zhu,F., Xu,X.F., Tang,X.U. and Lixu. 2010. Isolation and

identification of a pathogen of silkworm, Bombyx mori. Curr. Microbiol.,

Published online, Nov. 2010. Springer.

����

�

The Hindu, 2005. The Hindu online edition of Indian News Paper, Thursday,

Sep 15. 2005.

Tian,C., Xiaoyan,M. and Xiaofong,X. 1996. The disinfection effect of chlorine

dioxide on pathogens of silkworm, Bombyx mori L. J. Anhuli. Agric. Univ.,

23: 525 – 528.

Thangamalar,A., Subramanian,S., Muthuswami,M. and Mahalingam,C.A.B.

2010. Fate of bacteria and on set of immune response in silkworm,

Bombyx mori. Journal of Biopesticide, 3(1): 47 – 50.

Tomita,K. and Iwashita,Y. 1987. Study on the pathogenicity of Enterobacter sp.

multiplying in the cytoplasm of midgut cells of some lepidopterous larvae.

Jpn. J. Appl. Entomol. Zool., 31: 70 -75.

Tourmanoff,C. and Vago,C. 1951. L’ agent pathogene de la flacherie des vers a

soil endemique dens la regions des Cevennes: Bacillus cereus var. alesti

nor. Compt. Rend. Acad. Sci., 233: 1504 – 1506.

Trivedy,R., Kumar,S.N., Vinutha,N. and Qadri,S.M.H. 2011. In vitro testing

of common disinfectants used in sericulture to control the growth of fungi

in rearing houses. Research Journal of Microbiology, 6(5): 439 – 465.

Ullal,S.R. and Narasimhanna,M.N. 1978. Hand book of practical sericulture.

Published by Central Silk Board. Bangalore, India.

Umesh,V. 2001. Status of sericulture in Karnataka, Natl. Sem. Tropic. Seri. Res.

In India., KSSR&Di., Thalaghattapura, Bangalore, pp. 5 -7.

���

�

Uzigawa,K. and Aruga,H. 1965. Silkworm susceptibility to virus pathogen.

J. Seric. Sci., 35: 23 – 26.

Vago,C. 1951. Sixth Int. Microbiol., 5: 556.

Vago,C. 1963. Predispositions and interrelations in insect disease. In : Insect

Pathology – An advanced Treatise. Vol.1(Ed.E.A. Steinhaus), Academic

Press, London, pp. 339 – 373.

Vasantharajan,V.N. and Munirathnamma,N. 1978. Studies on silkworm

disease-III. Epizootiology of a septicemic disease of silkworms caused by

Serratia marcescens. J. Indian Inst. Sci., 60(4): 33 – 42.

Veeranna,G. 1999. Integrated silkworm disease management. China Vs India,

Indian Silk, 38(3): 27 – 28.

Venkatesh,C.M. and Patil,C.S. 2001. Incidence of bacterial and viral diseases of

silkworm, Bombyx mori L. in different agro- climatic zones of Karnataka.

Abstracts of Natl. Sem. Mul. Seri. Res. India, KSSR&DI,

Thalaghattapura, p. 192.

Watanabe,H. 1986. Resistance of the silkworm, Bombyx mori to viral infections.

Agric. Ecosyst. Environ., 15: 131 – 139.

Watanabe,H. 2002. Genetic resistance of the silkworm. Bombyx mori to viral

diseases. Current Science., 83(4): 43 – 445.

���

�

Watanabe,H. and Kurihara,Y. 1988. Comparative histopathology of two

densonucleosis virus in the silkworm, Bombyx mori. J. Invertebr. Pathol.,

51: 287 – 290.

Watanabe,H. and Maeda,S. 1981. Genetically determined non- susceptibility of

the silkworm, Bombyx mori to infection with a densonucleosis virus (denso

virus). J. Invertibe. Pathol., 38: 370 – 373.

Yamatani,N. 1977. Disinfection of IFV. Indian Silk, 15(9): 15.

Yamazaki,H., Sakai,E., Shimodaira,M. and Yamada,T. 1960. Studies on the

infectious flacherie 9F. type of silkworms, Bombyx mori. Bull. Nagano-ken

sericult. Expt. Sta., 16: 1- 28.

Yashodabai,S. and Gayatri,M.C. 2010. In vitro and in vivo studies on effect of

Mangifera indica L. leaf extract on bacteria isolated from flacherie

infected silkworm, Bombyx mori L. J. Curr. Sci., 15(2): 421 – 424.

Yokoyama,T., 1963. Sericulture. Ann. Rev. Ent., 9: 287 – 306.

Yungen,M. and Bharathi,D. 2001. Effect of Bacillus thuringiensis and Serratia

marcescens on the alkaline phosphatase activity in the midgut of silkworm,

Bombyx mori L. Indian J. Seric., 40(1): 103 – 105.