Microspheres
Electron Microscopy Sciences Particle Size Standard Nanosphere 500nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 500nm
Nominal Mean diameter: 486nm+/-5.0nm
Size Uniformity std. dev. & C.V: 5.4 nm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 200nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 200nm
Nominal Mean diameter: 204nm+/-3.1nm
Size Uniformity std. dev. & C.V: 3.1 nm (1.5%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 600nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 600nm
Nominal Mean diameter: 600nm+/-5.0nm
Size Uniformity std. dev. & C.V: 6.6 nm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Microsphere 2.0 µm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). The most uniform spheres available and are recommended for the highest level of measurement accuracy in the 1 to 40 micron size.
Certified Mean diameter: 2.0 µm
Nominal Mean diameter: 2.013+/-0.025
Size Uniformity std. dev. & C.V: 0.022 µm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 900nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 900nm
Nominal Mean diameter: 895nm+/-8.0nm
Size Uniformity std. dev. & C.V: 9.1 nm (1.0%)
Solids content: 1%
Revvity Health Sciences Inc AlphaLISA Unconjugated Acceptor Beads, 1 mg
AlphaLISA Unconjugated Acceptor Beads, 1 mg
Sigma Organic Chemistry Hexadecanedioic acid | 1G | 505-54-4 | MFCD00002746 | 0.96
Hexadecanedioic acid, 1G
About This Item:
Storage: room temp
EINECS Number: 208-013-5
Biolegend Recombinant Human Fc gamma RII
Recombinant Human Fc gamma RIIIB (CD16b) ; Reactivity: Human; Apps: BA; Size: 100 μg
Hampton Research HR2-320/Seed Bead - 24 tubes with Seed Beads
HR2-320/Seed Bead - 24 tubes with Seed Beads. Please note items from this supplier are non-returnable.
Revvity Health Sciences Inc AlphaScreen Unconjugated Acceptor Beads, 50 mg
AlphaScreen Unconjugated Acceptor Beads, 50 mg
Cayman Chemical PAMAM DendrImR G0 5 Carboxyl
A dual inhibitor of p70S6K and Akt1 (IC50s 1.1 and 4 nM respectively) selective for p70S6K and Akt1 over Aurora B kinase (IC50 170 nM) as well as a panel of 265 kinases at 1 UM inhibits PKA MSK1 MSK2 PKG1a PKG1B and PRKX reduces tumor volume in A549 and MiaPaCa-2 mouse xenograft models at doses of 20 or 30 mg/kg respectively
Cayman Chemical JWH 019 N 6hydroxyhexyl me 5mg
A surrogate agonist of GPR27 induces recruitment ofBarrestin-2 in complementation assays using wild-type GPR27 or a GPR27V2 chimeric receptor (EC50s 7.943 and 0.417 nM respectively) but does not induceBarrestin-1 recruitment in the same assay or activation of the Gq Gs or Gi signaling pathways in aequorin-GFP assays selective for GPR27 over GPR85V2 and GPR173V2 chimeric receptors at 15 UM
Cayman Chemical JWH 019 5hydroxyIndl meta 5mg
A JARID1B inhibitor (IC50 0.02-0.1 UM) selective for JARID1B over KMD2 -3 -4 and -5 (IC50s 1-10 UM)
Cayman Chemical EOPt18 028 018 2-d11 500UG
A TNNI3K inhibitor and sorafenib derivative (IC50 10 nM) selective for TNNI3K over VEGFR2 p38a and B-RAF (IC50s 400 800 and >2000 nM respectively) reduces superoxide levels in isolated left ventricular tissues and infarct size in a mouse model of myocardial ischemia-reperfusion injury induced by LAD coronary artery occlusion at 2.75 mg/kg