Results 51 to 60 of about 375 (148)
Detection and control of pébrine disease in the silkworm (Bombyx mori)
Invertebrate Survival JournalPébrine disease in silkworms, caused by Nosema bombycis, significantly impacts silkworm reproduction and cocoon quality. Recognized as a legal quarantine concern in silkworm egg production, the damage from pébrine disease is on the rise.
H Gu, Z Cao, K Chen, P Lü
doaj
, 2016 Lipases obtained from healthy and pebrinised larvae were purified by 45-85% (NH4)2SO4 fractionation followed by Sephadex S-100 gel filtration and CM-Sepharose. In both the samples final enzyme purification reported was 19.02 and 17.7 folds(magnitude) and
Benarjee, G., Marepally, Lakshmi
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Conditions for the Export of Japanese Silkworm Eggs : The Situation in The Sericiculture Regions of France [PDF]
, 1988 application/pdfFrom the 1860's to the 1870's, large quantities of Japanese silkworm eggs were exported to principal silk raising countries in Europe. This paper intends to review the circumstances in these countries that allowed this export, taking in ...
Yuasa, Takashi +2 more
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, 2016 \ud \ud SITTI NURAENI. Epidemiological study on pebrine diseases and grasserie on several strains and seed sources of the silkworm using molecular detection methods (supervised by Djamal Sanusi, Tutik Kuswinanti and Andi Nasruddin).\ud \ud This study ...
Nuraeni, Sitti
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The major constraints in silk cocoon production are occurrence of the diseases in silkworm. Pebrine (protozoan disease) is a major disease of the silkworm, B. mori caused by microsporidian parasite, Nosema bombycis N. N.
C, Sushmitha, V, Roja, B R, Yashaswini
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, 2011 SUMMARYLife-cycle stages of the microsporidia Nosema bombycis, the pathogen causing silkworm pebrine, were separated and purified by an improved method of Percoll-gradient centrifugation.
ZHENZHEN FENG +4 more
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IDENTIFICATION OF BOTANICALS FOR THE SUPPRESSION OF PEBRINE DISEASE OF THE SILKWORM, BOMB YX MOR! L.
, 2010 Pebrine disease of silkworm, Bombyx mon L. caused by a Microsporidian, N. bombycis is dreaded disease and exhibits epizootic level of occurrence from time to time.
KUMAR, J. JUSTIN +5 more
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Mitochondrial Pyruvate dehydrogenase E1 of Nosema bombycis: A Marker in Microsporidian evolution
Current Zoology, 2009 Microsporidia are a group of intracelluar eukaryotic parasites, which can infected almost all animals, including human beings. Till now, no mitochodria but mitosome, a remnant of mitochondria was discovered in this phylum.
Tian LI, Xiaoqun DANG, Jinshan XU, Handeng LIU, Guoqing PAN, Zeyang ZHOU
doaj
Deteksi molekuler patogen ulatsutera (Bombyx mori L) pasca epidemi penyakit pebrin (tahun 2010-2014)
, 2016 Pebrine diseases and grasseri are the important diseases of silkworm with significant yield loss. Pebrine disease caused by Nosema bombycis while grasseri caused by nuclearpolyhedrosis virus (NPV).
Nuraeni, Sitti
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Changes in the Silk Trade in Modern Iran [PDF]
, 1993 Raw silk had been the principal export article of Iran since medieval times. In 1864, however, pebrine, silkworm disease which originally broke out in France and Italy, spread to Iran by way of Ottoman territory, and devastated raw silk production in the
坂本, 勉
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