Results 111 to 120 of about 397 (139)
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New molecular diagnosis for pebrine inspection in silkworm eggs using a real-time PCR probe
Gene Reports, 2018Abstract Pebrine is a most deadly disease of silkworm caused by infection with the microsporidium Nosema bombycis with extensive economic losses as a result of mortality in the end-stage of training. Several diagnosis methods have been established for detection of the disease, but most of these approaches are very old and rely on microscopic ...
F. Rafeie, M.H. Rezadoust, R. Abdoli
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Application of Pebrine Detection by PCR Infected <i>Bombyx Mori</i> Eggs
Advanced Materials Research, 2011With the development of the PCR technology, especially the improvement of its reagent and a method of pebrine detection by PCR in infected Bombyx mori eggs was established.With the 16sRNA gene of Nosema bombycis as target sequence, the results of extraction of genomic DNA from purified microspores showed that 1.3×10-7µg DNA can be extracted from each ...
Zhong Hua Pan +4 more
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Targeting essential genes of Nosema for the diagnosis of pebrine disease in silkworms.
Annals of parasitology, 2020Pebrine is one of the devastating diseases mostly caused by notorious Nosema - a microsporidian infecting silkworms. Identification of novel genes associated with the pathogen plays a key role in developing a reliable diagnostic tool for the detection of disease.
Vijayagowri, Esvaran +5 more
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Journal of Immunoassay, 1997
Latex agglutination assay based on monoclonal antibodies (MCAs) described in this communication may be useful for detection of Pebrine infection in silkworm. Four murine MCAs were produced against Nosema bombycis spore. In ELISA all 4 MCAs (IgM isotype) reacted with alkali treated Nosema spores and to variable extent with acetone precipitated surface ...
M, Shamim +5 more
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Latex agglutination assay based on monoclonal antibodies (MCAs) described in this communication may be useful for detection of Pebrine infection in silkworm. Four murine MCAs were produced against Nosema bombycis spore. In ELISA all 4 MCAs (IgM isotype) reacted with alkali treated Nosema spores and to variable extent with acetone precipitated surface ...
M, Shamim +5 more
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Journal of Biomolecular Structure and Dynamics, 2019
Pebrine is a microsporidian disease caused by Nosema bombycis in Bombyx mori (silk worm) which results in brown/black spots. The affected larvae either spin cocoons which are flimsy with low silk content or not spin a cocoon. It has been hypothesised that Serine Protease Inhibitor 106 (SPN106) is responsible for evasion of host immune system by ...
Shravan, U M +2 more
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Pebrine is a microsporidian disease caused by Nosema bombycis in Bombyx mori (silk worm) which results in brown/black spots. The affected larvae either spin cocoons which are flimsy with low silk content or not spin a cocoon. It has been hypothesised that Serine Protease Inhibitor 106 (SPN106) is responsible for evasion of host immune system by ...
Shravan, U M +2 more
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THE EFFECTS OF THE PEBRINE AND FLACHERIE PANDEMICS ON OTTOMAN SERICULTURE
2020Salgınlar, insanoğlunun tarih boyunca karşılaştığı sonuçları en ağır doğal felaketler olarak kabul edilmektedir. Salgın denilince öncelikle aklımıza belli bir coğrafyada ya da dünyanın büyük bir kısmında, milyonlarca insanın ölümüne neden olan veba, kolera, cüzzam, frengi, grip, sıtma, tifüs, trahom ve verem gibi hastalıklar gelmektedir.
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Molecular approaches for detection of pebrine disease in sericulture
2021Nalavadi Chandrakanth +4 more
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IDENTIFICATION OF BOTANICALS FOR THE SUPPRESSION OF PEBRINE DISEASE OF THE SILKWORM, BOMB YX MOR! L.
2020Pebrine 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. The disease ¡s presently managed by preventive methods such as production of pebrine free layings through strict mother moth examination in grainages, disinfection of rearing house and ...
Dev, A. Girija +5 more
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, 1965