1. Alam K, Misro SK and Sivaprasad V (2020) 
Studies on evaluation and identification of 
suitable bivoltine hybrids (Bombyx mori L.) for 
better productivity in Odisha. Journal of 
Pharmacognosy and Phytochemistry, 9: 990-994. 
2. Alipanah M, Abedian Z, Nasiri A and Sarjamei F 
(2021) Study of seven silkworm varieties 
performance in Torbat Heydarieh region. Iranian 
Journal of Animal Science Researchs, 12(3): 
399-409. 
3. Collard BC, Jahufer Y, Brouwer JB and Pang 
ECK. (2005) An introduction to markers, 
quantitative trait loci (QTL) mapping and 
marker–assisted selection for crop improvement: The basic concepts. Euphytica, 142:169-196.4. Gholami M, Vishkaei S and Biabani M 
(1997a) Isolating silkworm lines from Korean 
hybrids in order to produce suitable and 
compatible Iranian silkworm hybrids. Iranian 
sericultural research center, Agricultural 
Research, Education and Extension 
Organization (AREEO), Research report. 
5. Gholami M, Vishkaei S and Biabani M (1997b) 
Investigation and production of suitable and 
compatible Iranian silkworm varieties. Iranian 
sericultural research center, Agricultural 
Research, Education and Extension Organization 
(AREEO), Research report. 
6. Hosseini Moghaddam SH (2013) Principles of 
silkworm rearing. University of Guilan Press. 
Second Edition 
7. Hosseini Moghaddam SH, Emam Jomeh 
Kashan N, Mirhosseini SZ and Gholami MR 
(2005) Genetic improvement of some traits in 
four strains of silkworm, Bombyx mori L. 
International Journal of Industrial Entomology, 
10: 95-99. 
8. Khordadi MR, Hosseini Moghaddam SH, 
Sabouri A and Mahfouzi K (2021) Introducing 
of superior silkworm hybrids for different 
geoghrafical regions of Guilan Province. 
Animal Production Research, 10 (2): 25-38.
9. Mirhoseini SZ, Ghanipoor M, Shadparvar A 
and Etebari K (2005) Selection indices for 
cocoon traits in six commercial silkworm 
(Bombyx mori) lines. Philippine Agricultural 
Scientist, 88: 328-336. 
10. Mirhoseini SZ, Mawajpoor M (2004) 
Performance comparison of Iranian and some 
foreign silkworm hybrids using two types of 
mulberry leaves. Journal of Agricultural 
Science, 14: 57-70. 
11. Mirhoseini SZ, Mawajpoor M, Nematollahian 
S, Hosseini Moghaddam SH, Rafeie F, Ghavi 
Hossein-Zadeh N and Kheirkhah Y (2021) 
Study of multiple-trait selection in new Iranian 
silkworm genotypes- Chinese-shape parents. 
Animal Production Research, 10(1): 1-11. 
12. Mirhosseini SZ, Seidavi A, Ghanipoor M, 
Vishkaee S and Bizhannia A (2008) Performance 
of new hybrids of silkworm (Bombyx mori) in 
spring and autumn seasons. Journal of 
Agricultural Knowledge, 17(4): 135-141. 
13. Nematollahian SH, Torfeh A, Mawajpoor M, 
Hosseini Moghadam SH and Seidavi A (2016) 
Study of production potential of Iranian and 
non-Iranian different silkworm hybrids. 
Journal of Animal Environment, 8(1): 85-94. 
14. Raju PJ and Krishnamurthy NB (1993) Breeding 
of two bivoltines, MG511 and MGS12, of 
silkworm, Bombyx mori L., for higher viability 
and silk productivity. Sericologia, 33: 577-587. 
15. Shadparvar AA, Ghanipoor M, Mirhosseini SZ 
and Etebari K. (2005) Derivation of economic 
values for productive and reproductive traits of 
Bombyx mori (Lepidoptera: Bombycidae) from 
profit equation. Journal of Economic 
Entomology, 98: 1717-1722. 
16. Vidyunmala S, Murphy BN and Reddy NS 
(1998) Evaluation of new mulberry silkworm 
Bombyx mori L. hybrids (multivoltine×bivoltine) 
through multiple trait evaluation indexes. Journal 
of Entomological Research, 22: 49-53.