Search results for: 'caps number 1205 58 9'

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• 20 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• 20 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N

• Precision NMR tube
• Thin Wall
• Suprasil®
• 7" long
• 5 tubes with caps
• MHz Rating: 500 Mz

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N

• 20 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6k Da
• Labeling: ¹³C, ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N

Compatible with Bruker and Jeol probes

Compatible with Bruker and Jeol probes

Compatible with Bruker and Jeol probes

Compatible with Bruker and Jeol probes

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D

• 10 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D

• 20 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D

• For 5 mm Screw Thread Tubes
• Cap not included

• For 10 mm Screw Thread Tubes
• Cap not included

• 5 mg
• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 k Da
• Labeling: ¹³C, ¹⁵N, D

Tool for sample loading into 1.9 mm MAS rotor

Tool for sample compression into 1.9 mm MAS rotor

Includes:
• Piston Driver
• Cap
• Piston
• Gel Chamber
• Funnel

Includes:
• Piston Driver
• Cap
• Piston
• Gel Chamber
• Funnel

Includes:
• Piston Driver
• Cap
• Piston
• Gel Chamber
• Funnel

96% D

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Original SAIL amino acid
• Preservation of through-bond connectivity
• Reduction of spin diffusion
• Removal of ²J_HH couplings
• Reduction of number of protons 50%

• Sterility and Pyrogenicity Tested
• 99% ¹³C, 98% CP

Kit contains:
• 3.2 mm cap remover for Thin Wall rotor
• 3.2 mm filling funnel for Thin Wall rotor
• 3.2 mm cap set tool for Thin Wall rotor
• 3.2 mm packer for Thin Wall rotor

• Thin Wall
• N51 Glass
• 7" long
• 1 tube with cap
• MHz Rating: 100 MHz

• Class B Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 200-300 MHz

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹⁵N
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 k Da
• Labeling: ¹³C, ¹⁵N
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• SRC Homology 3 domain (SH3)
• Number of residues: 62
• Protein size: 5.6 kDa
• Labeling: ¹³C, ¹⁵N, D
• Protein conc.: 1 mM, 50 mM Phosphate, pH 7.0
• Stable for more than 2 years at 4°C

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 400-500 Mz

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 400-500 Mz

• Heavy Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 400-500 Mz

• Medium Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 400-500 Mz

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Heavy Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Heavy Wall NMR Tube
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Medium Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Medium Wall NMR Tube
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 200-300 Mz

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 7" long
• 1 tube with cap
• MHz Rating: 500-600 Mz

• Thin Wall NMR Tube
• Class A Borosilicate Glass
• 8" long
• 1 tube with cap
• MHz Rating: 500-600 Mz

• Class B Borosilicate Glass
• 7" long
• MHz Rating: 400 - 500 MHz

• Class B Borosilicate Glass
• 8" long
• MHz Rating: 400 - 500 MHz

• Class B Borosilicate Glass
• 7" long
• MHz Rating: 100 - 300 MHz

• Class B Borosilicate Glass
• 8" long
• MHz Rating: 100 - 300 MHz

• Class B Borosilicate Glass
• 7" long
• MHz Rating: 300 - 400 MHz

• Class B Borosilicate Glass
• 8" long
• MHz Rating: 300 - 400 MHz

• Class B Borosilicate Glass
• 7" long
• MHz Rating: 700 - 900 MHz

• Class B Borosilicate Glass
• 8" long
• MHz Rating: 700 - 900 MHz

• Class B Borosilicate Glass
• 7" long
• MHz Rating: 500 - 700 MHz

• Class B Borosilicate Glass
• 8" long
• MHz Rating: 500 - 700 MHz

Quartz Precision Tube

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 1 g
• 99% ¹³C
• 98% CP

• 1 g
• 99% ¹³C
• 98% CP

• 1 g
• 99% ¹³C
• 98% CP

• 99% ¹³C
• 1 g

• 99% ¹³C
• 250 mg

• 1 g
• Stabilized With Copper
• 99% ¹³C

• Sodium Salt Hydrate
• 99% ¹³C
• 1 g

• 50 mg
• 99% ¹³C

• 50 mg
• 99% ¹³C

• 50 mg
• 99% ¹³C

97% ¹³C

99% ¹³C

• Solution 0.1 mg/mL in 1,2-Dimethoxyethane
• 98% ¹³C

98% ¹³C

99% ¹³C

• 250 mg
• 99% ¹³C
• 98% CP

99% ¹³C

• 99% ¹³C
• 5 g

99% ¹³C

• 99% ¹³C
• 10 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 1 g
• 99% ¹³C

• 100 mg
• 99% ¹³C

98% ¹³C

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 10 g

• 99% ¹³C
• 1 g

• 99% ¹³C
• 1 g

• 1 g
• 99% ¹³C

• 1 g
• 99% ¹³C

• 500 mg
• 99% ¹³C

99% ¹³C

• 1 g
• 99% ¹³C

99% ¹³C

99% ¹³C

• 0.1 mg/mL In 1,2-Dimethoxyethane
• 99% ¹³C, 98% CP

• 0.1 mg/mL In 1,2-Dimethoxyethane
• 99% ¹³C, 98% CP

99% ¹³C

• 100 g
• 99% ¹³C

• 5 g
• 99% ¹³C

• 1 g
• 99% ¹³C

1 g

1 g

99% ¹³C

99% ¹³C

• 1 g
• 99% ¹³C

• 1 g
• 99% ¹³C

99% ¹³C

98% D

• 10 g
• 98% D

• 1 g
• 99% ¹³C

• 1 g
• 99% ¹³C

• 1 mg
• 99% ¹³C

• 100 mg
• 99% ¹³C

• 100 mg
• 99% ¹³C

99% ¹³C

50 g

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

• 100 mg
• 99% ¹³C

• 100 mg
• 99% ¹³C

• 1 g
• 99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

99% ¹³C

• 5 g
• 99% ¹³C

• 1 g
• 99% ¹³C

• Ca. 20 Wt. % Solution In Water
• 99% ¹³C

• 1 g
• Ca. 20 Wt. % Solution In Water
• 99% ¹³C

99% ¹³C, 98% D

• 99% ¹³C, 98% D
• 1 g

99% ¹³C, 98% D

99% ¹³C, 98% D

• Stabilized with Copper
• 99%¹³C, 99.5% D

• 1 g
• 99% ¹³C, 98% D

99% ¹³C, 98% D

99% ¹³C, 98% D

99% ¹³C, 98% D

• Sulfate Sodium Salt
• 99% ¹³C, 98% D

99% ¹³C, 98% D

99% ¹³C, 98% D

• 1 g
• 99% ¹³C, 98% D

• 1 g
• 99% ¹³C, 98% ¹⁵N
• 95% CP

• 250 mg
• 99% ¹³C, 98% ¹⁵N
• 95% CP

• 1 g
• 99% ¹³C, 98% ¹⁵N
• 95% CP

• 1 g
• 99% ¹³C, 98% ¹⁵N
• 95% CP

• 1 g
• 99% ¹³C, 99% ¹⁵N

• 250 mg
• 98%¹³C, 98%¹⁵N
• 98% CP

99% ¹³C

99% ¹³C, 98% ¹⁵N

99% ¹³C, 98% ¹⁵N

• 1 g
• 99% ¹³C, 98% ¹⁵N
• 95% CP

• 99% D
• 5 g

• 5 g
• 98%D