Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Product Sheet And SDS
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH),(carboxyl-PEG5000-SH), 15nm diameter, absorption max 700nm
Core dimensions: 44nm x 16nm
Aspect ratio: 2.8
Longitudinal peak wavelength: 700nm
Transverse peak wavelength: 513nm
Functional group: carboxyl terminated
Linker size: 3 kDa
Zeta potential: -12 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Gold Nanorods
Storage
This product should be stored at 4°C. If stored unopened and as specified, Cytodiagnostics carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 10nm diameter, absorption max 770nm
RN-CY-GRC3K-10-770-25
Core dimensions: 29nm x 9nm
Aspect ratio: 3.2
Longitudinal peak wavelength: 770nm
Transverse peak wavelength: 510nm
Functional group: carboxyl terminated
Linker size: 3 kDa
Zeta potential: -8 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG5000-SH), 15nm diameter, absorption max 700nm
RN-CY-GRC5K-15-700-25
Core dimensions: 44nm x 16nm
Aspect ratio: 2.8
Longitudinal peak wavelength: 700nm
Transverse peak wavelength: 513nm
Functional group: carboxyl terminated
Linker size: 5 kDa
Zeta potential: -12 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 15nm diameter, absorption max 700nm
RN-CY-GRC3K-15-700-25
Core dimensions: 44nm x 16nm
Aspect ratio: 2.8
Longitudinal peak wavelength: 700nm
Transverse peak wavelength: 513nm
Functional group: carboxyl terminated
Linker size: 3 kDa
Zeta potential: -12 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG5000-SH), 25nm diameter, absorption max 650nm
RN-CY-GRC5K-25-650-25
Core dimensions: 60nm x 27nm
Aspect ratio: 2.2
Longitudinal peak wavelength: 650nm
Transverse peak wavelength: 518nm
Functional group: carboxyl terminated
Linker size: 5 kDa
Zeta potential: -15 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 25nm diameter, absorption max 650nm
RN-CY-GRC3K-25-650-25
Core dimensions: 60nm x 27nm
Aspect ratio: 2.2
Longitudinal peak wavelength: 650nm
Transverse peak wavelength: 518nm
Functional group: carboxyl terminated
Linker size: 3 kDa
Zeta potential: -15 mV
Optical density: 50
Formulation: Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 10nm diameter, absorption max 770nm
RN-CY-GRC3K-10-770-25
Core dimensions:Â 29nm x 9nm
Aspect ratio:Â 3.2
Longitudinal peak wavelength:Â 770nm
Transverse peak wavelength:Â 510nm
Functional group:Â carboxyl terminated
Linker size:Â 3 kDa
Zeta potential:Â -8 mV
Optical density:Â 50
Formulation:Â Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
 PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG5000-SH), 15nm diameter, absorption max 700nm
RN-CY-GRC5K-15-700-25
Core dimensions:Â 44nm x 16nm
Aspect ratio:Â 2.8
Longitudinal peak wavelength:Â 700nm
Transverse peak wavelength:Â 513nm
Functional group:Â carboxyl terminated
Linker size:Â 5 kDa
Zeta potential:Â -12 mV
Optical density:Â 50
Formulation:Â Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
 PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 15nm diameter, absorption max 700nm
RN-CY-GRC3K-15-700-25
Core dimensions:Â 44nm x 16nm
Aspect ratio:Â 2.8
Longitudinal peak wavelength:Â 700nm
Transverse peak wavelength:Â 513nm
Functional group:Â carboxyl terminated
Linker size:Â 3 kDa
Zeta potential:Â -12 mV
Optical density:Â 50
Formulation:Â Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
 PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG5000-SH), 25nm diameter, absorption max 650nm
RN-CY-GRC5K-25-650-25
Core dimensions:Â 60nm x 27nm
Aspect ratio:Â 2.2
Longitudinal peak wavelength:Â 650nm
Transverse peak wavelength:Â 518nm
Functional group:Â carboxyl terminated
Linker size:Â 5 kDa
Zeta potential:Â -15 mV
Optical density:Â 50
Formulation:Â Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
 PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
Carboxyl Gold Nanorods (carboxyl-PEG3000-SH), 25nm diameter, absorption max 650nm
RN-CY-GRC3K-25-650-25
Core dimensions:Â 60nm x 27nm
Aspect ratio:Â 2.2
Longitudinal peak wavelength:Â 650nm
Transverse peak wavelength:Â 518nm
Functional group:Â carboxyl terminated
Linker size:Â 3 kDa
Zeta potential:Â -15 mV
Optical density:Â 50
Formulation:Â Supplied in ddH2O
Properties
Our carboxyl terminated gold nanorods are ideal for use in applications that require conjugation of proteins or other ligand to the nanorod surface using standard EDC/NHS chemistry.
 PEGylated gold nanorods are extensively purified after synthesis which reduces contaminants from manufacturing that might interfere with sensitive downstream applications.
Storage
This product should be stored at 4°C. If stored unopened and as specified, carboxyl terminated gold nanorods are stable for at least 6 months.
