Cytotoxicity Innovations
Harmfulness and
Genotoxicity testing are crucial to sedate wellbeing and medication improvement. Here, we influence cell microarray innovation to make a vigorous and profoundly delicate cytotoxicity stage and a wide range
genotoxicity stage. Measurement of cell practicality is one of the most principal and comprehensively utilized endpoints in the existence sciences. The best quality level is the settlement shaping examine. While the measure has a noteworthy powerful range (more than a few significant degrees), it is generally low-throughput (10-21days), arduous and requires huge dishes/high volumes of media, in this way requiring a lot of test mixes. Microtiter cytotoxicity examine has along these lines been created, including the XTT and the CellTiter-Glo measures. The XTT test experiences
low affectability, and the CellTiter-Glo examine is dependent upon ancient rarities because of its backhanded proportion of cell reasonability. To conquer these constraints, we built up the MicroColonyChip (uCC) test, which legitimately quantifies the capacity of
cells to separate (like the highest quality level state framing test), however with the scale and speed of microtiter examines. Microcolonies develop in a microarray and poisonousness is determined utilizing a novel measurement, specifically the adjustment in the appropriation of microcolony sizes. The outcome is a wonderfully delicate examine that is hearty to antiques. For
genotoxicity testing, the comet measure is a usually utilized methodology. We as of late built up a higher throughput variant of the comet examine that misuses a cell microarray. The ???CometChip??? is more than 1000X quicker, unquestionably increasingly touchy and incorporates computerized information examination. Further, we expanded the range of recognizable injuries to incorporate cumbersome sores, a class of DNA harming operators that can possibly cause malignancy. Exact cytotoxicity and
genotoxicity testing hold a focal job in tranquilize improvement. Having solid and delicate measures empowers distinguishing proof of untoward injurious impacts of medication applicants, giving colossal reserve funds by narrowing the competitor pool. Further, cytotoxicity and
genotoxicity measures are additionally vital for the advancement of novel DNA harming chemotherapeutics, the backbone of malignant growth treatment today.
High Impact List of Articles
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Intermetallic-reinforced boron carbide (B4C) composites produced through stir casting processing
E.Subba Rao, N.Ramanaiah Original Article: Composite Materials: An International Journal
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Intermetallic-reinforced boron carbide (B4C) composites produced through stir casting processing
E.Subba Rao, N.Ramanaiah Original Article: Composite Materials: An International Journal
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Antibacterial and release properties ofAg nanoparticles on dopamine coated carbon nanotubes
Chen Zhuang, Xiangping Hao,Wenchao Liu, Shougang Chen Original Article: Composite Materials: An International Journal
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Antibacterial and release properties ofAg nanoparticles on dopamine coated carbon nanotubes
Chen Zhuang, Xiangping Hao,Wenchao Liu, Shougang Chen Original Article: Composite Materials: An International Journal
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Thermo-optical and electro-optical response of binary mixture of liquid crystallinematerials
T.N.Govindaiah Original Article: Composite Materials: An International Journal
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Thermo-optical and electro-optical response of binary mixture of liquid crystallinematerials
T.N.Govindaiah Original Article: Composite Materials: An International Journal
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Thermo-optical and electro-optical response of binary mixture of liquid crystalline materials
T.N.Govindaiah Original Article: Composite Materials: An International Journal
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Thermo-optical and electro-optical response of binary mixture of liquid crystalline materials
T.N.Govindaiah Original Article: Composite Materials: An International Journal
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Utilization of carbonized palmkernel shell as filler in natural rubber composite
L.Ekwueme,O.Ogbobe,O.G.Tenebe Original Article: Composite Materials: An International Journal
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Utilization of carbonized palmkernel shell as filler in natural rubber composite
L.Ekwueme,O.Ogbobe,O.G.Tenebe Original Article: Composite Materials: An International Journal
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