Others

ARC7 can act as a probe for secondary metabolism in S. coelicolor. ARC7 is a tool for studying secondary metabolism and the streptomycete life cycle.

ARC12 is a secondary metabolism probe that modulates the production of Streptomyces coelicolor secondary metabolites. ARC12 reduces the production of germicidin.

MMAE-PAB(p-glucuronide)-PEG3-aminooxy is a compound with potential drug delivery.

Progranulin modulator-1 (Compound 60) is an orally active enhancer of progranulin (PGRN) secretion. Progranulin modulator-1 enhances the potency of BV-2 cell to increase PGRN levels, has inhibitory effect on hERG and Low cytotoxicity, the PGRN EC₅₀ and hERG IC₅₀ were 83 and 3100 nM, respectively.

BTB01303 is a (glutamate release) inhibitor. Cancer cells release high levels of (glutamate), which disrupts normal bone turnover and may lead to cancer-induced bone pain. BTB01303 has the potential to improve cancer-induced bone pain.

ASK1-IN-4 is an ASK1 inhibitor (IC₅₀ = 0.2 μM) that interacts with the ATP binding site of ASK1.

DHPN is a reversible carrier of singlet oxygen (¹O₂) and can be used as a chemical and physical quencher of ¹O₂.

Z-NCTS is a small molecule that binds to mismatched RNA, recognizes the 5'-r (XGG)-3'/5'-r (XGG)-3' sequence, and acts as an RNA molecular glue. Z-NCTS induces the formation of tertiary structures in ribozymes and activates their RNA cleavage activity. As an RNA molecular glue, Z-NCTS enables small molecule-based strategies for regulating RNA structure and function. Z-NCTS binds to d (CGG)/d (CGG) double-stranded DNA, recognizes four guanine bases via hydrogen bonding, and stabilizes the double-stranded DNA. Z-NCTS binds to r (GGG)/r (GGG) double-stranded RNA and enhances the thermodynamic stability of the RNA duplex. Z-NCTS acts as a translation inhibitor by inducing the formation of stable hairpin structures in the 5'-UTR region of engineered mRNA, thereby blocking ribosomal access to the binding site.

Sperm motility agonist-1 is a Cambendazole (HY-107483) derivative and sperm motility agonist. Sperm motility agonist-1 increases curvilinear velocity of motile sperm cells. Sperm motility agonist-1 can be used for the research of male infertility.

Fingolimod phosphate-d₄ is deuterium labeled FTY720 Phosphate.

Pegnivacogin is a novel RNA-aptamer based factor IXa inhibitor featuring a reversal agent, anivamersen.

Pegnivacogin sodium is a novel RNA-aptamer based factor IXa inhibitor featuring a reversal agent, anivamersen.

Anivamersen is an RNA aptamer to reverse the anticoagulant effect of the parenteral factor IXa inhibitor pegnivacogin. REG1 is a novel anticoagulation system consisting of pegnivacogin, an RNA aptamer inhibitor of coagulation factor IXa, and anivamersen, a complementary sequence reversal oligonucleotide.

Anivamersen sodium is an RNA aptamer to reverse the anticoagulant effect of the parenteral factor IXa inhibitor pegnivacogin. REG1 is a novel anticoagulation system consisting of pegnivacogin, an RNA aptamer inhibitor of coagulation factor IXa, and anivamersen, a complementary sequence reversal oligonucleotide.

RNA Aptamer Broccoli sodium scrambled negative control is the sequence scrambled negative control of RNA Aptamer Broccoli sodium.

RNA Aptamer Mango Ⅰ (sodium) consists of 39 nucleotides and has an exceptionally high affinity to TO1-biotin (a thiazole orange derivative fluorophore). RNA Aptamer Mango Ⅰ (sodium) can be used to visualize RNA expression or localization in live cells.

RNA Aptamer Mango Ⅳ (sodium) has an exceptionally high affinity to TO1-biotin (a thiazole orange derivative fluorophore), and can be used to visualize RNA expression or localization in live cells. Compared to the original Mango I aptamer, RNA Aptamer Mango Ⅳ has markedly improved fluorescent properties, binding affinities, and salt dependencies.

RNA Aptamer Mango Ⅲ (sodium) has an exceptionally high affinity to TO1-biotin (a thiazole orange derivative fluorophore), and can be used to visualize RNA expression or localization in live cells. Compared to the original Mango I aptamer, RNA Aptamer Mango Ⅲ has markedly improved fluorescent properties, binding affinities, and salt dependencies.

RNA Aptamer Peach Ⅰ (sodium) has an exceptionally high affinity to TO3-Biotin (TO3-B, red channel, ex: 637 nm, em: 658 nm), and can be used to visualize RNA expression or localization in live cells.

RNA Aptamer Peach Ⅱ (sodium) has an exceptionally high affinity to TO3-Biotin (TO3-B, red channel, ex: 637 nm, em: 658 nm), and can be used to visualize RNA expression or localization in live cells.