357 research outputs found
Ship Inspections in Invasive Species Management: Alternate Regimes and Their Properties
PARTIAL PURIFICATION AND IMMUNO-BIOCHEMICAL CHARACTERISATION OF FERTILITY ASSOCIATED PROTEIN OF KARAN FRIES BULL SEMINAL PLASMA
The objective of the present study was detection, isolation, partial purification and
immunobiochemical characterization of fertility associated protein in the seminal plasma of high
prolific Karan fries bull. Seminal plasma of Karan Fries bull was partially purified by gel filtration
chromatography and analyzed by 10% SDS-PAGE for their polypeptide profile. PAGE analysis
revealed major band of 55 kDa, and 26 kDa. Hyperimmune serum was raised in rabbit against crude
seminal plasma protein. Single precipitin line was observed in DID test when each of the partially
purified 26 kDa and 55 kDa proteins were reacted with hyperimmune serum. These proteins were
also found to be immunoreactive against hyperimmune serum in Western blot technique
Hieroglyph: Hierarchical Glia Graph Skeletonization and Matching
Automatic 3D reconstruction of glia morphology is a powerful tool necessary
for investigating the role of microglia in neurological disorders in the
central nervous system. Current glia skeleton reconstruction techniques fail to
capture an accurate tracing of the processes over time, useful for the study of
the microglia motility and morphology in the brain during healthy and diseased
states. We propose Hieroglyph, a fully automatic temporal 3D skeleton
reconstruction algorithm for glia imaged via 3D multiphoton microscopy.
Hieroglyph yielded a 21% performance increase compared to state of the art
automatic skeleton reconstruction methods and outperforms the state of the art
in different measures of consistency on datasets of 3D images of microglia. The
results from this method provide a 3D graph and digital reconstruction of glia
useful for a myriad of morphological analyses that could impact studies in
brain immunology and disease.Comment: submitted to IEEE International Conference on Image Processing, 201
Faktor snage nanostrukturiranog bizmut telurida odreÄen oblicima
Bismuth telluride is a thermoelectric material with high figure of merit, used for cooling applications at room temperature. To investigate the effect of morphology and grain size on transport parameters, nanostructured bismuth telluride has been synthesized under different reaction conditions and characterized by X-ray diffraction, transmission electron microscopy and scanning electron microscopy. From the measurement of electrical conductivity and thermoelectric power, power factor for different samples has been obtained. The results show that the transport parameters are critically influenced by the morphology and dimension of the samples that in turn depend on the condition of synthesis. The experimentally observed variation of electrical conductivity with the change of dimensionality of the samples from 2D to 0D, which is in line with the theoretical prediction made by other workers, is discussed. There is a variation of the power factor of the samples prepared under different conditions of synthesis.Bizmut telurid je termoelektriÄna tvar s visokom uÄinkovitoÅ”Äu koja se rabi za hlaÄenje na sobnim temperaturama. Radi istraživanja uÄinka oblika i veliÄine zrna na transportne parametre, sintetizirali smo nanostrukturirani bizmut telurid u razliÄitim uvjetima i ispitivali rentgenskom difrakcijom, te propusnom i pretražnom elektronskom mikroskopijom. Mjerenjem elektriÄne vodljivosti i termoelektriÄne snage niza uzoraka odredili smo faktore snage. Ishodi analize pokazuju da transportni parametri jako ovise o obliku i veliÄini uzoraka, koji pak ovise o uvjetima njihove sinteze. Raspravljamo o opaženim promjenama elektriÄne vodljivosti ovisnim o dimenzionalnosti uzoraka od 2D do 0D i nalazimo sklad s teorijskim predviÄanjima drugih autora. Nalazimo promjene faktora snage uzoraka pripremljenih uz razliÄite uvjete sinteze
Faktor snage nanostrukturiranog bizmut telurida odreÄen oblicima
Bismuth telluride is a thermoelectric material with high figure of merit, used for cooling applications at room temperature. To investigate the effect of morphology and grain size on transport parameters, nanostructured bismuth telluride has been synthesized under different reaction conditions and characterized by X-ray diffraction, transmission electron microscopy and scanning electron microscopy. From the measurement of electrical conductivity and thermoelectric power, power factor for different samples has been obtained. The results show that the transport parameters are critically influenced by the morphology and dimension of the samples that in turn depend on the condition of synthesis. The experimentally observed variation of electrical conductivity with the change of dimensionality of the samples from 2D to 0D, which is in line with the theoretical prediction made by other workers, is discussed. There is a variation of the power factor of the samples prepared under different conditions of synthesis.Bizmut telurid je termoelektriÄna tvar s visokom uÄinkovitoÅ”Äu koja se rabi za hlaÄenje na sobnim temperaturama. Radi istraživanja uÄinka oblika i veliÄine zrna na transportne parametre, sintetizirali smo nanostrukturirani bizmut telurid u razliÄitim uvjetima i ispitivali rentgenskom difrakcijom, te propusnom i pretražnom elektronskom mikroskopijom. Mjerenjem elektriÄne vodljivosti i termoelektriÄne snage niza uzoraka odredili smo faktore snage. Ishodi analize pokazuju da transportni parametri jako ovise o obliku i veliÄini uzoraka, koji pak ovise o uvjetima njihove sinteze. Raspravljamo o opaženim promjenama elektriÄne vodljivosti ovisnim o dimenzionalnosti uzoraka od 2D do 0D i nalazimo sklad s teorijskim predviÄanjima drugih autora. Nalazimo promjene faktora snage uzoraka pripremljenih uz razliÄite uvjete sinteze
Innovation, Decentralization, and Planning in a Multi-Region Model of Schumpeterian Economic Growth
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