In recent biotechnology studies, "123864" is used as a specific article identifier for research on high-performance materials and antibodies.
: The number is also the article ID for research published in Polymer regarding a green methodology for preparing recyclable, shape-memory polyisoprene composites. Environmental Science
For chemists and lab technicians, this number refers to specific hardware and catalogs: 123864
In the field of geosciences, serves as the article identifier for a 2025 study in Water Research . The paper unveils the critical role of sulfate-reducing bacteria in the methylation of arsenic within alluvial-lacustrine aquifers. Laboratory and Chemical Identification
The number is most prominently linked to several distinct scientific and industrial identifiers, ranging from nanotechnology and chemical components to environmental research. Nanobody Research and Biomaterials In recent biotechnology studies, "123864" is used as
: At Sigma-Aldrich , 123864 is associated with CapSeal Bullet Capillary Ferrules , which are short-design components used for 0.10–0.25 mm columns.
: A 2026 study in the journal Biomaterials (Article 123864) focuses on using conformation-specific single-domain antibodies, or nanobodies , to target Glypican-4. The paper unveils the critical role of sulfate-reducing
: The number 123864-00-6 is a specific identifier for PFO (Poly(9,9-dioctylfluorenyl-2,7-diyl)), a polymer used in luminescence technology. 123864 | Sigma-Aldrich. Sigma-Aldrich CAS 123864 - Sigma-Aldrich