Bioprocessing

microSLA

https://www.microsla.com/
Dr. Tedd Syao founded MicroSLA in California in 2013, operating initially under the name Kudo3D with a mission to explore high-resolution stereolithographic technologies. In 2019, the company rebranded as MicroSLA to better reflect its area of expertise. MicroSLA’s first product, the Titan 1, was launched on Kickstarter in May 2014 and managed to raise $687,000, providing a strong foundation for their subsequent Titan series of printers. With a resolution of 37 microns, the Titan 1 utilized a flexible self-peeling technology to minimize layer separation force. The Titan series continued to evolve, culminating in the Titan 3, which features automatic resolution switching and a higher resolution of 25 microns.

To make high-resolution stereolithgraphic printing more affordable, MicroSLA introduced the Bean printer on Kickstarter in May 2017, utilizing LCD projection. This campaign was highly successful, raising $950,000 and generating increased interest from those who were previously unable to access high-resolution 3D printing. The Bean series has since progressed to the Bean HR, which offers even higher resolution and reliability.

In 2019, MicroSLA began developing UV DLP Micro series printers capable of delivering even greater resolution and precision, particularly for biomedical, energy storage, and micro-device applications. The Micro 2 printer, which is currently MicroSLA’s flagship product, offers an astonishing resolution of 5 microns, setting a new standard for desktop 3D printers. The Micro series is now widely adopted in top research laboratories worldwide for advanced microfabrication.

3D Printer Introducing microSLA micro feb for Labs

Mutant library

IntegrateRNA provides researchers with accurate and complete transcriptome information that not only recognizes new transcripts, alternative splicing, and gene fusion events but also quantifies gene expression and differential gene expression analysis between different sample groups. 

https://integraterna.creative-biogene.com/service/mrna-sequencing-service.html

mRNA Sequencing

CRISPR/Cas9 Plasform has extensive experience in gene/genome editing. We can provide you with multiple solutions covering the entire process of using the CRISPR system, high-quality end-to-end services, and marketable products, including single sgRNA/sgRNA library design/synthesis, CRISPR vector construction, bioinformatics analysis, etc.

https://www.creative-biogene.com/crispr-cas9/service/crispr-basic-services.html

CRISPR Basic Services

Creative Biogene provides commercial and research cell line based on its proprietary expression vector, high throughput cell screening technologies and serum, animal components free process without any adaptation issue in a significantly reduced timeline.

https://www.creative-biogene.com/Services/Stable-cell-line-generation

Cell Line Generation

Creative Bioarray

Creative Bioarray provides different types of in vitro angiogenesis services to fulfill our customers’ demand on testing the effect of a compound for its inhibitory or inducible potential. 

https://www.creative-bioarray.com/3D-Angiogenesis-Assay.htm

3D Angiogenesis Assay

Drug-resistant cell models are needed to investigate the mechanisms underlying drug resistance acquisition in cancer cells in order to develop hypotheses that can be tested by the use of clinical material.

https://www.creative-bioarray.com/Services/drug-resistant-cell-model-generation.htm

cell model generation

Creative Bioarray offers you a wide variety of cell-based assays for greater accuracy and increased throughput.

https://www.creative-bioarray.com/Services/cell-line-based-services.htm

Cell Line-Based Services

Creative Enzymes

Learn more about Industrial Enzyme Production at Creative Enzymes at  https://www.creative-enzymes.com/service/industrial-enzyme-production_380.html

Industrial Enzyme Production

Enzymes are essential for the sustainable growth and development of any form of life on the planet and act as biocatalysts in a variety of metabolic and biochemical reactions. Enzymes have been used as food preservatives for a long time. Nowadays, enzymes enable various food industries to improve the quality and stability of products while improving production efficiency. The potential applications of enzymes in the food industry include auxiliary extraction of nutrient compounds and improvement of concentration, yield, stability, and effective recovery, etc. The growing demand for sustainable food has strengthened the power to develop microbial enzymes. https://www.creative-enzymes.com/cate/food-and-beverage-applications_108.html

Bioprocessing

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