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12
Feb
Feb 12, 2024
Glycine is the simplest amino acid and plays pivotal roles in various biochemical processes within living organisms. Glycine is precursor for a variety of important metabolites such as glutathione, porphyrins, purines, haem, and creatine. Glycine acts as neurotransmitter in central nervous system and it has many roles such as antioxidant, anti-inflammatory, cryoprotective, and immunomodulatory in peripheral and nervous tissues.
07
Feb
Feb 07, 2024
This continuation delves deeper into specific research concepts associated with environmental exposure. We present three instances of multi-omics studies on environmental exposure, focusing on metabolomic investigations.
05
Feb
Feb 05, 2024
A Promising Frontier for Eye Diseases Diagnosis, Treatment, and Precision Medicine
01
Feb
Feb 01, 2024
Cholic acid, a crucial bile acid, features a steroid backbone with a hydroxyl group at the 3-position, a carboxyl group at the 24-position, and a side chain at the 17-position [1]. It is synthesized i...
26
Jan
Jan 26, 2024
2023 saw us collaborating with over 300 global research teams, contributing crucial insights to published findings in diverse areas like colorectal cancer, inflammatory bowel disease, and sustainable plant breeding.
24
Jan
Jan 24, 2024
Thank you for connecting at PAG31! We enjoyed engaging with both valued collaborators and new faces passionate about MetwareBio's innovations.
17
Jan
Jan 17, 2024
Explore the microbial types and the role of metabolites in shaping plant-microbe interactions.
15
Jan
Jan 15, 2024
MetwareBio's assay service aids soybean breeding for high-temperature resistance through Metabolomics + Transcriptomics.
11
Jan
Jan 11, 2024
Experience the benefits of MetwareBio's targeted amino acid metabolomics – extensive coverage of 94 amino acids and their derivatives, high stability, and seasoned expertise.
05
Jan
Jan 05, 2024
Explore how plants talk to each other, coordinating their response to drought at the genetic and metabolic level. Unravel the intricate dance between hormones like ABA and brassinosteroids, revealing how they work together to keep plants thriving in dry times.