Structure Details
Product Name: (S)-N-Fmoc-allyl-glycine
Order number: 204467
CAS: 146549-21-5
Purity: >=95%
Appearance: solid
MF: C20H19NO4
MW: 337.375
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.
Product Name: (R)-N-Fmoc-allyl-glycine
Order number: 204468
CAS: 170642-28-1
Purity: >=95%
Appearance: solid
MF: C20H19NO4
MW: 337.375
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.
Product Name: (S)-2-((((9H-fluoren-9-yl)methoxy)carbonyl)amino)hex-5-enoic acid
Order number: 204469
CAS: 851909-08-5
Purity: >=95%
Appearance: solid
MF: C21H21NO4
MW: 351.402
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.
Product Name: (S)-N-Fmoc-2-(3'-butenyl)glycine
Order number: 204470
CAS: 865352-21-2
Purity: >=95%
Appearance: solid
MF: C21H21NO4
MW: 351.402
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.
Product Name: (S)-N-Fmoc-2-(4'-pentenyl)glycine
Order number: 204471
CAS: 856412-22-1
Purity: >=95%
Appearance: solid
MF: C22H23NO4
MW: 365.429
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.
Product Name: (S)-N-Fmoc-2-(5'-pentenyl)glycine
Order number: 204472
CAS: 1251904-51-4
Purity: >=95%
Appearance: solid
MF: C23H25NO4
MW: 379.456
MP: n.a. oC

Description:
The alkenyl side chain of this product can be tied (stapled) with another adjacent alkenyl side chain pre-existed on the peptide backbone via a ring-closure metathesis process.