CYMARIS PRODUCT APPLICATIONS

Catalog Number

Product

Applications

Glycidol-Coated Hydroxylated FNDs
10031r Coated-OH-rFND-40 Cymaris Glycidol Coated FNDs have a very high degree of reactive specificity, and provide increased water solubility and reduced aggregation.  This probe provides surface functional alcohol groups for preparing custom conjugates of ultrabright and photostable fluorescently labeled proteins, antibodies, or other biopolymers that may be used for various labeling and tracking applications.  Additional surface groups available on request.
10031g Coated-OH-gFND-40
11031r Coated-OH-rFND-100
11031g Coated-OH-gFND-100
10038r Coated Propargyl-rFND-40
10038g Coated Propargyl-gFND-40
10138r Coated Propargyl-rFND-100
10138g Coated Propargyl-gFND-100

Pegylated Hydroxylated FNDs
10052r OH-PEG 4-rFND-40 Cymaris PEGylated NV FNDs are functionalized with discretely sized polyethylene glycols of unique, specific, single molecular weight, which convey the beneficial properties of monodispersity, increased water solubility, reduced aggregation, and reduced immunogenicity.  Alcohol terminated PEG FND probes provide surface functional alcohols for preparing custom conjugates of ultrabright and photostable fluorescently labeled proteins, antibodies, or other biopolymers that may be used for various labeling and tracking applications.
10052g OH-PEG 4-gFND-40
11052r OH-PEG 4-rFND-100
11052g OH-PEG 4-gFND-100
10062r OH-PEG 12-rFND-40
10062g OH-PEG 12-gFND-40
11062r OH-PEG 12-rFND-100
11062g OH-PEG 12-gFND-100
10072r OH-PEG 36-rFND-40
10072g OH-PEG 36-gFND-40
11072r OH-PEG 36-rFND-100
11072g OH-PEG 36-gFND-100

Pegylated Carboxylated FNDs
10044r COOH-PEG 4-rFND-40 Cymaris PEGylated NV FNDs are functionalized with discretely sized polyethylene glycols of unique, specific, single molecular weight, which convey the beneficial properties of monodispersity, increased water solubility, reduced aggregation, and reduced immunogenicity.  Carboxyl terminated PEG FND probes provide surface functional carboxylic acids for preparing custom conjugates of ultrabright and photostable fluorescently labeled proteins, antibodies, or other biopolymers that may be used for various labeling and tracking applications.
10044g COOH-PEG 4-gFND-40
10144r COOH-PEG 4-rFND-100
10144g COOH-PEG 4-gFND-100
10054r COOH-PEG 12-rFND-40
10054g COOH-PEG 12-gFND-40
10154r COOH-PEG 12-rFND-100
10154g COOH-PEG 12-gFND-100
10064r COOH-PEG 36-rFND-40
10064g COOH-PEG 36-gFND-40
10164r COOH-PEG 36-rFND-100
10164g COOH-PEG 36-gFND-100

Glycidol-Coated Aminated FNDs
10037r Coated-Aminated (NH2)-rFND-40 These Cymaris FNDs are coated with glycidol, then directly aminated.  They are an excellent starting material for preparing custom conjugates of ultrabright and photostable fluorescently labeled proteins or other biopolymers. Aminated FNDs react efficiently with isothiocyanates and succinimidyl esters, or with native carboxylic acids using water-soluble carbodiimides such as 1-ethyl-3-(3-dimethylaminopropyl)carbodiimide (EDC). Such derivatives may be used for various labeling and tracking applications that require ultrabright and stable fluorescence.
10037g Coated-Aminated (NH2)-gFND-40
10137r Coated-Aminated (NH2)-rFND-100
10137g Coated-Aminated (NH2)-gFND-100

Pegylated FND Azides
10057r PEG 4-Azide-rFND-40

Cymaris PEGylated FNDs are functionalized with discretely sized polyethylene glycols of unique, specific, single molecular weight, which convey the beneficial properties of monodispersity, increased water solubility, reduced aggregation, and reduced immunogenicity.  Pegylated, azide-terminated, FNDs are ideal for labeling alkyne containing molecules or biomolecules using either copper-catalyzed 1,3 dipolar cycloaddition click chemistry or copper-free click chemistry with cyclooctyne derivatives. The azide group reacts with alkynes to form a stable triazole linkage facilitating the introduction of biotin into the alkyne modified system of interest. This reaction is compatible with biological systems (bioorthogonal) as its components do not react with the biological environment

chemistry or copper-free click chemistry with cyclooctyne derivatives. The azide group reacts with alkynes to form a stable triazole linkage facilitating the introduction of biotin into the alkyne modified system of interest. This reaction is compatible with biological systems (bioorthogonal) as its components do not react with the biological environment
10057g PEG 4-Azide-gFND-40
10157r PEG 4-Azide-rFND-100
10157g PEG 4-Azide-gFND-100
10067r PEG 12-Azide-rFND-40
10067g PEG 12-Azide-gFND-40
10167r PEG 12-Azide-rFND-100
10167g PEG 12-Azide-gFND-100
10077r PEG 36-Azide-rFND-40
10077g PEG 36-Azide-gFND-40
10177r PEG 36-Azide-rFND-100
10177g PEG 36-Azide-gFND-100

Pegylated Biotinylated FNDs
11020r PEG 4-Biotin-rFND-40 Cymaris PEGylated FNDs are functionalized with discretely sized polyethylene glycols of unique, specific, single molecular weight, which convey the beneficial properties of monodispersity, increased water solubility, reduced aggregation, and reduced immunogenicity.  Pegylated biotin-labeled FNDs are ideal for detecting streptavidin probes or for creating noncovalent conjugates with streptavidin-labeled molecules, or with other biotinylated molecules using a streptavidin bridge.
11020g PEG 4-Biotin-gFND-40
11120r PEG 4-Biotin-rFND-100
11120g PEG 4-Biotin-gFND-100
11030r PEG 12-Biotin-rFND-40
11030g PEG 12-Biotin-gFND-40
11130r PEG 12-Biotin-rFND-100
11130g PEG 12-Biotin-gFND-100
11040r PEG 36-Biotin-rFND-40
11040g PEG 36-Biotin-gFND-40
11140r PEG 36-Biotin-rFND-100
11140g PEG 36-Biotin-gFND-100

Pegylated Aminated FNDs
10004r PEG 4-Amine-rFND-40 Cymaris PEGylated FNDs are functionalized with discretely sized polyethylene glycols of unique, specific, single molecular weight, which convey the beneficial properties of monodispersity, increased water solubility, reduced aggregation, and reduced immunogenicity.  Cymaris Aminated FNDs are the ideal starting material for preparing custom conjugates of ultrabright and photostable fluorescently labeled proteins or other biopolymers. These probes are functionalized with amine-derivatized PEG, which prevents non-specific interactions and provides a convenient handle for conjugation. The amino FNDs react efficiently with isothiocyanates and succinimidyl esters, or with native carboxylic acids using water-soluble carbodiimides such as 1-ethyl-3-(3-dimethylaminopropyl)carbodiimide (EDC). Such derivatives may be used for various labeling and tracking applications that require ultrabright and stable fluorescence.
10004g PEG 4-Amine-gFND-40
10104r PEG 4-Amine-rFND-100
10104g PEG 4-Amine-gFND-100
10016r PEG 12-Amine-rFND-40
10016g PEG 12-Amine-gFND-40
10116r PEG 12-Amine-rFND-100
10116g PEG 12-Amine-gFND-100
10011r PEG 36-Amine-rFND-40
10011g PEG 36-Amine-gFND-40
10111r PEG 36-Amine-rFND-100
10111g PEG 36-Amine-gFND-100