Creative Bioarray offers a comprehensive set of general toxicology studies ranging from non-GLP dose-ranging studies to GLP-compliant repeat-dose toxicology studies. We can perform tests that meet ICH standard or design tailored studies for the evaluation of toxicological effects. Our general toxicology studies range from single-dose to repeated-dose assessment in a variety of animal species using multiple routes of administration including oral, intravenous, dermal topical, ocular and intravitreal injections. Our team of preclinical experts always provides high quality, timely reports with complete regulatory compliance to support your research programs and the regulations you submit.
https://dda.creative-bioarray.com/general-toxicology.html
Creative Bioarray has deep expertise in the profiling, identification and structural characterization of metabolites in vitro and in vivo. We use advanced technology and software for accurate, reliable metabolite identification and structural characterization. In addition, synthetic chemistry services are available to undertake synthesis of metabolites, reference standards, and internal standards to aid in method development and metabolite identification.
https://dda.creative-bioarray.com/metabolite-identification.html
Retroviral vectors promote efficient and stable gene transfer and expression in cultured cells, including primary cells from humans and other animals that are difficult to transfect using other techniques. Transferred genes are integrated at relatively random sites in the host cell genome with minimal alteration of host cell genomic DNA. These properties have resulted in the use of retroviral vectors as markers for cells transplanted into humans, with or without suicide genes to allow destruction of the transplanted cells when necessary, and for human gene therapy.
https://qvirus.creative-biogene.com/services/retrovirus-production-services…
Nevertheless, production of recombinant lentiviral vectors is hard and challenging, especially when high titer of recombinant lentiviral vectors (>107 transducing unit (TU)/ml) are required. Through the QVirus™ platform at Creative Biogene, we have been generated more lentiviruses than other popular systems. Lentiviruses generated from QVirus™ platform have high safety profile and high efficiency of gene delivery to almost all cell types and whole model organisms.
https://qvirus.creative-biogene.com/services/custom-lentivirus-production-s…
Besides, vectors derived from AAVs are currently the most promising vehicles for gene delivery to the neural retina. More importantly, subretinal administration of AAVs has been proved to be safe and effective in patients in a number of clinical trials supporting the clinical relevance of this vector. The safety aspects of AAV as a vector are further strengthened by the great versatility of AAV as a vector platform providing many opportunities to engineer this virus to suit particular applications. As there are a large number of naturally occurring AAVs with unique transduction characteristics useful for targeting different cell types, the applications of AAVs grew rapidly in the retina. Sub-retinally delivered naturally occurring AAV serotypes are able to deliver genes to diverse cell types including epithelium, glia, and many types of neurons. This continuous and creative development of AAV vectors provided opportunities to overcome existing challenges in retinal gene therapy.
https://qvirus.creative-biogene.com/services/optogenetics-aav-production-se…
<a href="https://dda.creative-bioarray.com/hepatotoxicity.html">Hepatotoxicity</a> is one of the major reason for drug withdrawal from pharmaceutical development and clinical use. In vitro hepatotoxicity assays mimic in vivo tissue studies and in turn provide a reliable tool for safety assessment in the early stages of drug development. Creative Bioarray has developed standard and innovative in vitro models to address the need for early stage hepatotoxicity testing.
Creative Bioarray offers a comprehensive set of <a href="https://dda.creative-bioarray.com/general-toxicology.html">general toxicology studies</a> ranging from non-GLP dose-ranging studies to GLP-compliant repeat-dose toxicology studies. We can perform tests that meet ICH standard or design tailored studies for the evaluation of toxicological effects. Our general toxicology studies range from single-dose to repeated-dose assessment in a variety of animal species using multiple routes of administration including oral, intravenous, dermal topical, ocular and intravitreal injections. Our team of preclinical experts always provides high quality, timely reports with complete regulatory compliance to support your research programs and the regulations you submit.
Creative Bioarray has deep expertise in the profiling, identification and structural characterization of metabolites in vitro and in vivo. We use advanced technology and software for accurate, reliable <a href="https://dda.creative-bioarray.com/metabolite-identification.html">metabolite identification</a> and structural characterization. In addition, synthetic chemistry services are available to undertake synthesis of metabolites, reference standards, and internal standards to aid in method development and metabolite identification.
Greetings,
Hope you are doing well,
We’re excited to announce that the Indic MediaWiki Developers User Group is
organizing a technical workshop series from June to December 2025 under the
Small Wiki Toolkits initiative. These workshops aim to build the technical
skills of volunteers from smaller Wikimedia projects, focusing on basic to
intermediate-level skills through interactive, hands-on sessions.
We’re excited to kick off the series with our first workshop, Creating
Templates and Infoboxes, where participants will learn the fundamentals of
building and customizing templates on Wikimedia wikis. The workshop will
take place on Saturday, 28 June 2025, at 8 PM IST for 2 hours. For details,
please see
meta.wikimedia.org/wiki/Small_wiki_toolkits_workshop_2025/Workshops.
Registration link:
https://meta.wikimedia.org/wiki/Event:SWT_2025_Creating_templates_and_Infob…
If you’re interested in participating, please register using the link
above. Joining instructions will be shared with all registered participants
a few hours before the workshop.
For any questions or clarifications, feel free to contact us at
contact(a)indicmediawikidev.org. We look forward to your participation!
Warm regards,
Indic MediaWiki Developers User Group
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