SignalChem Diagnostics was founded in 2018 as a subsidiary of SignalChem Lifesciences, a biotech company based in Richmond, British Columbia, Canada. The founding of SignalChem Diagnostics was driven by the increasing demand for accurate and reliable raw materials for diagnostic tools. SignalChem Lifesciences was already well-established in the biotech industry, having been founded in 2004. The company specialized in developing and manufacturing high-quality antibodies and functional proteins for research purposes, as well as providing contract research services to clients in the pharmaceutical and biotech sectors.
In 2018, SignalChem Lifesciences decided to expand its operations by establishing SignalChem Diagnostics as a separate entity. The new company would focus exclusively on the development and production of raw materials (proteins, enzymes, compounds) for diagnostic tests for cancer and other diseases, using proprietary technologies developed by SignalChem Lifesciences.
The goal of the company is to be recognized as a valued partner for leading biotech and pharma institutions, developing innovative diagnostic tools in order to play a key role in the fight against cancer and other diseases. The company has since grown rapidly, expanding its product portfolio from just raw materials to IVD Test and detection methods.
SignalChem Diagnostics offers an exclusive range of anti-human antibodies designed to meet the demands of various immunodiagnostic assays. Our high-quality monoclonal antibodies target Human IgA, IgG, and IgM, providing exceptional specificity and sensitivity. Unconjugated and optimized for a wide array of applications, these antibodies ensure reliable performance in ELISA, Western blot, immunoprecipitation, and other immunoassay techniques.
Name | Catalog # | Expression Host Organism | Isotype/Class |
Anti-Human IgG Antibody mIgM, Unconjugated | H38-60M | N/A | Mouse, IgM |
Anti-Human IgM Antibody mIgG, Unconjugated | H38M-60M | N/A | Mouse, IgG |
Name | Catalog # | Source Organism | Expression Host Organism | Tag Type | Genbank Accession # | UniProt # |
Act d 8 | AD08-A921H | Actinidia deliciosa (Green kiwi fruit) | E. coli | His | AM489568 | D1YSM5 |
Aln g 1 | AG01-A921H | Alnus glutinosa (Black alder) | E. coli | His | S50892.1 | P38948 |
Aln g 1 | AG01-A922H | Alnus glutinosa (Black alder) | N. benthamiana | His | S50892.1 | P38948 |
Alt a 1 | AL01-A931H | Alternaria alternata | E. coli | His | AY117038.1 | Q8NJ79 |
Ana c 1 | AC01-A922H | Ananas comosus (Pineapple) | N. benthamiana | His | AF377949.1 | Q94JN2 |
Ana c 1 | AC01-A921H | Ananas comosus (Pineapple) | E. coli | His | AF377949.1 | Q94JN2 |
Ana o 1 (N131) | AN01-A921H | Anacardium occidentale (Cashew) | E. coli | His | AF395894.1 | Q8L5L5 |
Api g 1 | AP01-A921H | Apium graveolens | E. coli | His | Z48967.1 | P49372 |
Ara h 1 | AH01-A9210 | Arachis hypogaea (Peanut, groundnut) | Native protein | Tag-free | L34402 | P43238 |
Ara h 3 | AH03-A9210 | Arachis hypogaea (Peanut, groundnut) | Native protein | Tag-free | AF093541 | O82580 |
Art la 2 | AL02-A921H | Artemisia lavandulifolia | N. benthamiana | His | MF326220.1 | AVD29826.1 |
Art v 1 | AV01-A921H | Artemisia vulgaris | N. benthamiana | His | AF493943.1 | Q84ZX5 |
Art v 3 | AV03-A921H | Artemisia vulgaris | N. benthamiana | His | EU564845.1 | C4MGG9 |
Art v 3.02 | AV02-A921H | Artemisia vulgaris | E. coli | His | EU564845.1 | C4MGG9 |
Art v 5 | AV05-A921H | Artemisia vulgaris (Mugwort) | E. coli | His | AY904434.1 | A0PJ17 |
Asp f 1 | AF01-A931H | Aspergillus fumigatus | E. coli | His | M83781 | P67875 |
Asp f 2 | AF02-A931H | Aspergillus fumigatus | E. coli | His | U56938.1 | P79017 |
Asp f 3 | AF03-A931H | Aspergillus fumigatus | E. coli | His | U58050.1 | O43099 |
Asp f 5 | AF05-A931H | Aspergillus fumigatus | E. coli | His | Z30424.1 | P46075 |
Asp f 6 | AF06-A931H | Aspergillus fumigatus | E. coli | His | U53561.1 | Q92450 |
Asp f 9 | AF09-A931H | Aspergillus fumigatus | E. coli | His | AJ223327.1 | Q8J0P4 |
Bet v 1 | BV01-A921H | Betula pendula (European white birch) | E. coli | His | X15877.1 | P15494 |
Bet v 4 | BV04-A921H | Betula pendula (European white birch) | E. coli | His | X87153 | Q39419 |
Bla g 1 | BG01-A951H | Blattella germanica | E. coli | His | AF072219.2 | Q9UAM5 |
Bla g 5 | BG05-A951H | Blattella germanica | E. coli | His | U92412.1 | O18598 |
Bos d 4 | BD04-A9010 | Bos taurus | Native protein | Tag-free | AAA30615 | P00711 |
Bos d 5 | BD05-A9010 | Bos taurus | Native protein | Tag-free | X14712 | P02754 |
Bos d 8 | BD08-A9010 | Bos taurus | Native protein | Tag-free | NP_851372, NP_776953, XP_005902099, NP_776719 | P02662, P02663, P02666, P02668 |
Can f 1 | CF01-A951H | Canis familiaris | E. coli | His | AF027177.1 | O18873 |
Can f 2 | CF02-A951H | Canis familiaris | E. coli | His | AF027178.1 | O18874 |
Can f 3 | CF03-A951H | Canis familiaris | E. coli | His | AB090854.1 | P49822 |
Can f 5 | CF05-A951H | Canis familiaris | E. coli | His | Y00751 | P09582 |
Che a 2 | CH02-A921H | Chenopodium album (White goosefoot) | E. coli | His | AY082337.1 | Q84V37 |
Che a 3 | CH03-A921H | Chenopodium album (White goosefoot) | E. coli | His | AY082338.1 | Q84V36 |
Cor a 1 | CA01-A921H | Corylus avellana (Hazelnut) | E. coli | His | X70999.1 | Q08407 |
Cra c 8 | CC08-A951H | Crangon crangon | E. coli | His | FJ462738.1 | D7F1Q0 |
Der f 1 | DF01-A941H | Dermatophagoides farinae | E. coli | His | AB034946.1 | Q58A71 |
Der f 2 | DF02-A941H | Dermatophagoides farinae | E. coli | His | D10447.1 | Q00855 |
Der p 2 | DP02-A941H | Dermatophagoides pteronyssinus | E. coli | His | AF276239.1 | P49278 |
Der p 21 | DP21-A941H | Dermatophagoides pteronyssinus | E. coli | His | DQ354124.1 | Q2L7C5 |
Der p 21/23 | DP22-A941H | Dermatophagoides pteronyssinus | E. coli | His | Der p 21: DQ354124.1 | Der p 21/23 |
Der p 23 | DP23-A941H | Dermatophagoides pteronyssinus | E. coli | His | EU414751.1 | L7N6F8 |
Der p 5 | DP05-A941H | Dermatophagoides pteronyssinus | E. coli | His | X17699 | P14004 |
Der p 7 | DP07-A941H | Dermatophagoides pteronyssinus | E. coli | His | U37044.1 | P49273 |
Fag e 2 | FE02-A921H | Fagopyrum esculentum (Common Buckwheat) | E. coli | His | DQ304682.1 | Q2PS07 |
Fel d 1 | FD01-A951H | Felis catus | E. coli | His | chain 1: NM_001048153.1 | Fel d 1 |
Fel d 4 | FD04-A951H | Felis catus | E. coli | His | NM_001009233.1 | Q5VFH6 |
Fra a 1 | FA01-A921H | Fragaria x ananassa (Strawberry) | E. coli | His | LC214965.1 | Q5ULZ4 |
Gal d 1 | GD01-A9010 | G. gallus | Native protein | Tag-free | J00902 | P01005 |
Gal d 2 | GD02-A9010 | G. gallus | Native protein | Tag-free | CAA23682 | P01012 |
Gal d 3 | GD03-A9010 | G. gallus | Native protein | Tag-free | CAA26040 | P02789 |
Gal d 7 | GD07-A951H | G. gallus | E. coli | His | XM_031604465 | P02604 |
Gly m 3 | GM03-A921H | Glycine max (Soybean) | N. benthamiana | His | AJ223982.1 | O65809 |
Gly m 4 | GM04-A921H | Glycine max (Soybean) | E. coli | His | X60043.1 | P26987 |
Hel a 2 | HA02-A921H | Helianthus annuus (Common sunflower) | E. coli | His | Y15210 | O81982 |
Jun a 7 | JA07-A921H | Juniperus ashei (Mountain cedar) | E. coli | His | LC511610 | C0HLQ0 |
Lit v 2 | LV02-A951H | Litopenaeus vannamei | E. coli | His | DQ975203.1 | Q004B5 |
Lit v 3 | LV03-A951H | Litopenaeus vannamei | E. coli | His | EU449515.1 | B7SNI3 |
Lit v 4 | LV04-A951H | Litopenaeus vannamei | E. coli | His | FJ184279.1 | C7A639 |
Mal d 1 | MD01-A921H | Malus domestica (Apple) | E. coli | His | X83672.1 | P43211 |
Man i 3 | MN03-A921H | Mangifera indica | N. benthamiana | His | DQ270547.1 | Q2XPH2 |
Man i 4 | MN04-A922H | Mangifera indica (Mango) | E. coli | His | OK136959.1 | N/A |
Man i 4 | MN04-A921H | Mangifera indica (Mango) | N. benthamiana | His | OK136959.1 | N/A |
Pan b 1 | PB01-A951H | Pandalus borealis (Northern red shrimp) | E. coli | His | FR728681 | E5BBS3 |
Pen ch 18 | PC18-A961H | Penicillium chrysogenum | E. coli | His | AF264027.1 | Q9P8G3 |
Pen m 2 | PM02-A951H | Penaeus monodon (Giant tiger prawn) | E. coli | His | AF479772.1 | Q8I9P7 |
Per a 1 | PA01-A951H | Periplaneta americana | E. coli | His | AF072222.1 | Q9TZR6 |
Phl p 2 | PP01-A951H | Phleum pratense (Common timothy) | E. coli | His | X75925 | P43214 |
Phl p 5 | PH05-A921H | Phleum pratense (Timothy) | E. coli | His | X74735 | Q40960 |
Pis v 2 | PV02-A921H | Pistacia vera | N. benthamiana | His | DQ631676.1 | B7P073 |
Pla a 1 | PA01-A921H | Platanus acerifolia (London plane tree) | N. benthamiana | His | AJ427413 | Q8GT41 |
Pru du 1 | PR01-A921H | Prunus dulcis (Almond) | E. coli | His | EU424251.1 | B6CQS9 |
Pru p 1 | PP01-A921H | Prunus persica (Peach) (Amygdalus persica) | E. coli | His | DQ251187 | Q2I6V8 |
Pru p 4 | PP04-A921H | Prunus persica (Peach) | E. coli | His | AJ491881.1 | Q8GT40 |
Que a 1 | QA01-A921H | Quercus alba (White oak) | E. coli | His | EU283862.1 | B6RQS1 |
Scy p 2 | SP02-A951H | Scylla paramamosain (Green Mud crab) | E. coli | His | JN828652.1 | H6VGI3 |
Sola l 4 | SL04-A921H | Solanum lycopersicum (Lycopersicon esculentum) (Tomato) | E. coli | His | KF682291.1 | K4CWC5 |
Sola l 6 | SL06-A921H | Solanum lycopersicum (Lycopersicon esculentum) (Tomato) | E. coli | His | NM_001319954 | A0A3Q7F7X3 |
Name | Catalog Number |
Bovine Brucella ELISA Kit | BBB01-876 |
Bovine Chlamydia abortus ELISA Kit | BCAB1-876 |
Bovine heat shock protein 70 (Hsp-70) ELISA Kit | BHS01-875 |
Bovine Leptospira ELISA Kit |
BLB01-876 |
Bovine Protamine 1 (PRM1) ELISA Kit | BPRM1-875 |
Guinea Pig Adenovirus (ADV) ELISA Kit | CADV1-876 |
Guinea Pig Cytomegalovirus (CMV) ELISA Kit | CCMV1-876 |
Guinea Pig Tyzzer’s Disease (Clostridium piliforme) (CPIL) ELISA Kit | CCP01-876 |
Human Transforming Growth Factor Beta 2 (TGF-β2) ELISA Kit | HTGF1-875 |
Mouse Ectromelia Virus (EV) ELISA Kit | MEV01-876 |
Mouse Hepatitis Virus (MHV) ELISA Kit | MHV01-876 |
Mouse Lymphocytic Choriomeningitis Virus (LCMV) ELISA Kit | LCMV1-876 |
Mouse Mycoplasma pulmonis (MP) ELISA Kit | MMP01-876 |
Mouse Norovirus ELISA Kit | MNV01-876 |
Mouse Parvovirus ELISA Kit | MPV01-876 |
Mouse Pneumonia Virus (MPV) ELISA Kit | MPV02-876 |
Mouse Sendai Virus (SV) ELISA Kit | MSV01-876 |
Mouse Theiler’s Murine Encephalomyelitis Virus (TMEV) ELISA Kit | MTV01-876 |
Rat Hantavirus (HV) ELISA Kit | RHV01-876 |
Rat Parvovirus (PV) ELISA Kit | RPV01-876 |
Rat Sialodacryoadenitis Virus (SDAV) ELISA Kit | RSAV1-876 |
SignalChem Diagnostics offers a comprehensive selection of high-quality molecular enzymes, specifically designed to enhance the performance and reliability of molecular diagnostic applications. Our product range includes enzymes for efficient cDNA synthesis, reliable PCR amplification, and accurate qPCR analysis. Carefully optimized and rigorously tested, these enzymes and master mixes provide consistent results, making them ideal for various molecular diagnostic assays.
Name | Catalog # | Description |
High Fidelity Master Mix | HF01-E011 | Next generation PCR premix for rapid target amplification with better specificity and higher yield |
High Fidelity Master Mix (Dye Plus) | HF01-E012 | Next generation PCR premix with a loading dye for rapid target amplification and simplified tracking of DNA products |
M-MLV (H-) Reverse Transcriptase | RTM01-E311 | Recombinant reverse transcriptase for long cDNA synthesis |
Murine RNase Inhibitor | RNI01-G511 | RNase inhibitor with improved resistance to oxidation for selective inhibition of RNase A, B, and C |
Murine RNase Inhibitor (Glycerol Free) | RNI01-G511B | Selective RNase A, B, and C inhibitor, in glycerol-free formulation and with improved resistance to oxidation |
PureScript II Pro Reverse Transcriptase | RTH02-E311 | Optimized M-MLV (RNase H-) reverse transcriptase with improved thermostability |
PureScript III Pro Reverse Transcriptase | RTH03-E311 | Optimized M-MLV (RNase H-) reverse transcriptase with improved thermostability, designed for reactions at 37°C |
RNase H (Glycerol Free) | RNH01-E311B | Endoribonuclease in glycerol-free formulation hydrolyzes the phosphodiester bonds of RNA in DNA/RNA hybrids, is optimized for reactions at 37°C, and comes with a 10X reaction buffer |
RNase H II (Glycerol Free) | RNH02-E311B | Endoribonuclease in glycerol-free formulation hydrolyzes the phosphodiester bonds of RNA in DNA/RNA hybrids and is optimized for reactions at 70°C |
Super Fidelity DNA Polymerase | SF01-E311 | Next generation polymerase with improved long-fragment amplification ability, specificity, and PCR product yield |
Super Fidelity Master Mix | SF01-E011 | Next generation PCR premix for better long-fragment amplification, higher specificity and product yield |
Super Mix For qPCR (+gDNA Wiper) | RTS01-E011 | Optimized reverse transcriptase kit for improved cDNA synthesis in qPCR applications |
Taq Plus DNA polymerase | TQ02-E311 | Purified Thermus aquaticus DNA polymerase with 5′ → 3′ polymerase activity and 5′ → 3′ exonuclease activity, but no 3′ → 5′ exonuclease activity |
Taq Plus Master Mix | TQ02-E011 | Optimized PCR premix with Taq Plus DNA polymerase for better amplification performance, higher fidelity and yield |
Taq Plus Master Mix (Dye Plus) | TQ02-E012 | Optimized PCR premix with Taq Plus DNA polymerase and one dye for better amplification performance, higher fidelity and yield, and simplified product loading for electrophoresis |
Taq HS DNA Polymerase | TQ03-E011 | Hot-start Taq polymerase obtained by mixing Taq DNA polymerase with Champagne Taq antibody, inactive at temperatures up to 55°C |
Taq Plus Master Mix II (Dye Plus) | TQ04-E012 | Optimized PCR premix with Taq Plus DNA polymerase and two loading dyes for better amplification performance, higher fidelity and yield, and simplified tracking of DNA products in gels |
Taq Pro Universal SYBR qPCR Master Mix | TQ03-E011 | Premix for SYBR Green I fluorescence qPCR with optimized Taq Pro DNA Polymerase |
Name | Catalog # | Source Organism | Expression Host Organism |
ATP-dependent DNA helicase RecQ, Active | AH01-E311H | E. coli | E. coli |
Bst II DNA Polymerase Large Fragment | BP01-E311 | Bacillus stearothermophilus | E. coli |
Bsu DNA Polymerase Large Fragment | BD01-E311U | Bacillus subtilis | E. coli |
Sau DNA Polymerase Large Fragment | SD01-E311U | Staphylococcus. aureus | E. coli |
Single-stranded DNA binding protein | SS01-C501H | E. coli | E. coli |
T4 gp32 Protein | T4G32-C501H | Escherichia virus T4 | E. coli |
T4 UvsX DNA Recombinase | T4SX-E311U | Escherichia virus T4 | E. coli |
T4 UvsY Protein | T4SY-C501H | Escherichia virus T4 | E. coli |
SignalChem Diagnostics offers a comprehensive portfolio of CRISPR-associated proteins, featuring a diverse range of highly active CRISPR enzymes tailored to meet the demands of cutting-edge gene-editing applications. Our selection of CRISPR enzymes ensures exceptional specificity, efficiency, and versatility in various CRISPR-based gene manipulation techniques, enabling the development of innovative and reliable gene-editing solutions.
Name | Catalog # | Source Organism | Expression Host Organism | Tag Type | Sequence |
AapCas12b, Active | C12B1-E311U | Alicyclobacillus acidiphilus | E. coli | tag-free | full length |
AsCas12a, Active | CS12A-E311H | Acidaminococcus sp | E. coli | His | full length |
Cas12 (LbCpf1), Active | C12CR-E241G | Lachnospiraceae | E. coli | GST | full-length |
Cas12 (LbCpf1), Active | C12CR-E241G | Lachnospiraceae | E. coli | GST | full-length |
EiCsm6, Active | CS06-E312H | Enterococcus italicus | E. coli | His | full length |
FnCas12a, Active | CF12A-E311H | Francisella tularensis | E. coli | His | full length |
FnCas12a, Active, Glycerol-free | CF12A-E311HB | Francisella tularensis | E. coli | His | full length |
LbuCas13a, Active | CS13A-E322U | Leptotrichia buccalis | E. coli | tag-free | full length |
LbuCas13a, Active, Glycerol-free | CS13A-E322UB | Leptotrichia buccalis | E. coli | N/A | full length |
LwCas13a, Active | CS13A-E321H | Leptotrichia wadei | E. coli | His | full length |
PsmCas13b, Active | CS13B-E312H | Prevotella sp | E. coli | His | full length |
SpCas9 (D10A)-NLS | CS09N-E331H | Streptococcus pyogenes | E. coli | His | full length |
SpCas9 (D10A, H840A)-NLS | CS09N-E333H | Streptococcus pyogenes | E. coli | His | full length |
SpCas9 (H840A)-NLS | CS09N-E332H | Streptococcus pyogenes | E. coli | His | full length |
SpCas9, Active | CS09-E311H | Streptococcus pyogenes | E. coli | His | full length |
SpCas9-NLS, Active | CS09N-E312H | Streptococcus pyogenes | E. coli | His | full length |
SpCas9-NLS, Active, Glycerol-free | CS09N-E312HB | Streptococcus pyogenes | E.coli | His | full length |
TccCas13a, Active | CS13A-E314H | Thermoclostridium caenicola | E. coli | His | full length |
TtCsm6, Active | CS06-E311H | Thermus thermophilus | E. coli | His | full length |
Name | Catalog # | Application |
CAS System Nucleic Acid Detection Test Strip | TS01-CS89 | N/A |
Cas12 Reaction Buffer, 10X | CS12-09 | N/A |
Cas12 ssDNA Reporter | CS12-57 | N/A |
Cas13 Reaction Buffer II, 10X | CS13-09B | N/A |
Cas13 Reaction Buffer, 10X | CS13-09 | N/A |
Cas13 ssRNA Reporter | CS13-57 | N/A |
Cas13 Storage Buffer, 1X | CS13-19 | N/A |
We provide expertly synthesized and tailored custom guide RNAs for a wide range of research applications, including specialized projects.
Product Name | Catalog # |
Cas12 (AapCas12b) Kit | C12B1-U834 |
Cas12 (LbCpf1, GST) Kit | C12CR-G834 |
Cas12 (LbCpf1, His) Kit | C12CR-H834 |
Cas13 (LbuCas13a) Kit | CS13A-U834 |
Cas13 [LwCas13a (LwC2c2)] Kit | CS13A-H834 |
SignalChem Diagnostics offers a diverse range of enzymes specifically designed for clinical chemistry applications, ensuring optimal performance in diagnostic tests and assays. Our high-quality enzyme selection has been rigorously tested for accuracy, sensitivity, and consistency, enabling precise quantification and detection of analytes in various clinical chemistry tests.
Name | Catalog # | Enzyme No. | Grade | Activity |
Cholesterol Oxidase | CX01D1-E311H | EC 1.1.3.6 | Diagnostic Reagent | 12U/mg-solid or more |
Creatinine Amidohydrolase | CR01D1-E311H | EC 3.5.2.10 | Diagnostic Reagent | 300 U/mg-solid or more |
Cystathionine-β-lyase | CY02D1-E311H | EC 4.4.1.13 | Diagnostic Reagent | 30 U/mg-solid or more |
Cystathionine-β-synthase | CY01D1-E311H | EC 4.2.1.22 | Diagnostic Reagent | 4.0 U/mg-solid or more |
D-Lactate dehydrogenase | LD01D1-E311H | EC 1.1.1.28 | Diagnostic Reagent | 150U/mg-solid or more |
D-Lactate dehydrogenase | LD01D-E311H | EC 1.1.1.28 | Research Use Only | ≥500 U/≥2500 U |
Glucose-6-phosphate dehydrogenase | GD03D1-E311H | EC 1.1.1.49 | Diagnostic Reagent | 280U/mg-solid or more |
Glucose-6-Phosphate Dehydrogenase | GD03D-E311H | EC 1.1.1.49 | Research Use Only | ≥200 U/≥1000 U |
Glycerol Dehydrogenase | GD01D1-E311H | EC 1.1.1.6 | Diagnostic Reagent | 35 U/mg-solid or more |
Hexokinase | HK01D1-E311H | EC 2.7.1.1 | Diagnostic Reagent | 150U/mg-solid or more |
Hexokinase | HK01D-E311H | EC 2.7.1.1 | Research Use Only | ≥500 U/≥1000 U |
Lactate Oxidase | LX01D1-E311H | EC 1.13.12.4 | Diagnostic Reagent | 80 U/mg-solid or more |
Malate dehydrogenase | MD01D1-E311H | EC 1.1.1.37 | Diagnostic Reagent | 40U/mg-solid or more |
Malate Dehydrogenase | MD01D-E311H | EC 1.1.1.37 | Research Use Only | ≥500 U/≥2500 U |
N-Acetylneuraminic Acid Aldolase | AA01D1-E311H | EC 4.1.3.3 | Diagnostic Reagent | 15 U/mg-solid or more |
Uricase | UR01D1-E311H | EC 1.7.3.3 | Diagnostic Reagent | 4U/mg-solid or more |
Name | Catalog# | Cas # | Molecular Formula |
Nicotinamide Adenine Dinucleotide (NAD) | NA01-C59 | 53-84-9 | C21H27N7O14P2 |
Nicotinamide Adenine Dinucleotide Phosphate Disodium Salt (NADP-Na2) | NN02-C59 | 24292-60-2 | C21H26N7O17P3 Na2 |
Nicotinamide Adenine Dinucleotide Phosphate Monosodium Salt (NADP-Na) | NN01-C59 | 1184-16-3 | C21H27N7O17P3 · Na |
Nicotinamide Adenine Dinucleotide Phosphate Reduced Form (NADPH) tetrasodium salt | NR01-C59 | 2646-71-1 | C21H26N7Na4O17P3 |
Nicotinamide Adenine Dinucleotide Reduced Form (NADH) disodium salt | NH01-C59 | 606-68-8 | C21H27N7O14P2 Na2 |
Nicotinamide Mononucleotide (NMN) | NM01-C59 | 1094-61-7 | C11H15N2O8P |
β-Thionicotinamide Adenine Dinucleotide oxidized form free acid (β-Thio-NAD) | TN01-C59 | 4090-29-3 | C21H27N7O13SP2 |
SignalChem Diagnostics offers an extensive array of COVID-19 related proteins, designed to support cutting-edge research in diagnostics, therapeutics, and vaccine development. Our product line includes various forms of the SARS-CoV-2 Spike protein, Nucleocapsid protein, non-structural proteins (NSPs), and key enzymes, as well as human proteins involved in virus-host interactions. These high-quality, recombinant proteins are carefully produced and validated to ensure optimal performance and consistency across a wide range of applications.
Name | Catalog # | Source Organism | Expression Host Organism | Tag Type | Sequence |
2019-nCoV 3CLpro, Active | C19CL-G242H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV 3CLpro, Active | C19CL-G241H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV NSP10/NSP16 Methyltransferase, Active | C19NS-E301H | 2019-nCoV (virus) | E. coli | His | heterodimer of full length NSP10 (A4254-Q4392) and NSP16 (S6799-N7096) |
2019-nCoV NSP14 Methyltransferase, Active | C19NS-E311H | 2019-nCoV (virus) | E. coli | His | 5925-6452 |
2019-nCoV NSP7 Protein | C19N7-E541H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV NSP8 Protein | C19N8-E541H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV Nucleocapsid (N) Protein | C19NP-G242H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV Nucleocapsid protein CTD | C19ND-G241H | 2019-nCoV (virus) | E. coli | His | 237-419 |
2019-nCoV PLpro, Active | C19PL-G241H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV RdRp, Active | C19RP-G241H | 2019-nCoV (virus) | E. coli | His | full-length |
2019-nCoV Spike protein RBD (K417T, E484K, N501Y), HRP conjugated | C19SD-G231AD | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417T, E484K, N501Y, conjugated to HRP |
2019-nCoV Spike protein RBD (L452R, E484Q), HRP conjugated | C19SD-G231DD | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452R, E484Q, conjugated to HRP |
2019-nCoV Spike protein RBD (L452R, T478K), HRP conjugated | C19SD-G231FD | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452R, T478K, conjugated to HRP |
2019-nCoV Spike protein RBD (R346K, E484K, N501Y) | C19SD-G231NH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with R346K, E484K, N501Y |
2019-nCoV Spike protein RBD (Y449H, E484K, N501Y) | C19SD-G231PH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with Y449H, E484K, N501Y |
2019-nCoV spike protein RBD (E484K) | C19SD-G237H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with E484K |
2019-nCoV Spike protein RBD (E484Q) | C19SD-G231CH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with E484Q |
2019-nCoV Spike protein RBD (IHU) | C19SD-G231RH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with IHU – R346S, N394S, Y449N, E484K, F490S, N501Y |
2019-nCoV Spike protein RBD (K417N) | C19SD-G236H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417N |
2019-nCoV Spike protein RBD (K417N, E484K, N501Y) (Beta variant) | C19SD-G232H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417N, E484K, N501Y |
2019-nCoV Spike protein RBD (K417N, E484K, N501Y), HRP conjugated | C19SD-G232D | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417N, E484K, N501Y, conjugated to HRP |
2019-nCoV Spike protein RBD (K417N, L452R, T478K) | C19SD-G231LH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417N, L452R, T478K |
2019-nCoV Spike protein RBD (K417T) | C19SD-G239H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417T |
2019-nCoV Spike protein RBD (K417T, E484K and N501Y) | C19SD-G231AH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with K417T, E484K, N501Y |
2019-nCoV Spike protein RBD (L452Q, F490S) | C19SD-G231MH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452Q, F490S |
2019-nCoV Spike protein RBD (L452R) | C19SD-G235H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452R |
2019-nCoV spike protein RBD (L452R, E484Q) | C19SD-G231DH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452R, E484Q |
2019-nCoV Spike Protein RBD (L452R, T478K) | C19SD-G231FH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with L452R T478K |
2019-nCoV Spike protein RBD (N439K) | C19SD-G233H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with N439K |
2019-nCoV Spike protein RBD (N440K) | C19SD-G231EH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with N440K |
2019-nCoV Spike protein RBD (N501Y) | C19SD-G231H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with N501Y |
2019-nCoV Spike protein RBD (N501Y), HRP conjugated | C19SD-G231D | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with N501Y, conjugated to HRP |
2019-nCoV Spike protein RBD (S477G) | C19SD-G231BH | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with S477G |
2019-nCoV Spike protein RBD (S477N) | C19SD-G238H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with S477N |
2019-nCoV Spike protein RBD (Y453F) | C19SD-G234H | 2019-nCoV (virus) | CHO cells | His | RBD (319-541) with Y453F |
2019-nCoV Spike protein RBD, HRP conjugated | C19SD-G241D | 2019-nCoV (virus) | CHO cells | His | 319-541, conjugated to HRP |
2019-nCoV Spike protein RBD, Fc Tag | C19SD-G241F | 2019-nCoV (virus) | CHO cells | Fc | 319-541 |
2019-nCoV Spike protein RBD, HIS Tag | C19SD-G241H | 2019-nCoV (virus) | CHO cells | His | 319-541 |
2019-nCoV Spike protein S1 (T19R, Δ157-158, L452R, T478K, D614G, P681R) | C19S1-G231FH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with T19R, Δ157-158, L452R, T478K, D614G, P681R |
2019-nCoV Spike protein S1 (T95I, Y144T, Y145S, ins146N, R346K, E484K, N501Y, D614G, P681H) | C19S1-G231MH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with T95I, Y144T, Y145S, ins146N, R346K, E484K, N501Y, D614G, P681H |
2019-nCoV Spike protein S1 (A222V) | C19S1-G233H | 2019-nCoV (virus) | CHO cells | His | (16-685) with A222V |
2019-nCoV Spike protein S1 (A222V, D614G) | C19S1-G235H | 2019-nCoV (virus) | CHO cells | His | (16-685) with A222V, D614G |
2019-nCoV Spike protein S1 (D614G) | C19S1-G231H | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with D614G |
2019-nCoV Spike protein S1 (IHU) | C19S1-G231RH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with IHU E96Q, Δ136-144, R190S, D215H, R346S, N394S, Y449N, E484K, F490S, N501Y, D614G, P681H |
2019-nCoV Spike protein S1 (K417N, E484K, N501Y, D614G) | C19S1-G238H | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with K417N, E484K, N501Y,D614G |
2019-nCoV Spike protein S1 (L452R, E484Q, D614G, P681R) | C19S1-G231EH | 2019-nCoV (virus) | CHO cells | His | (16-685) with L452, E484Q, D614Q, P681R |
2019-nCoV Spike protein S1 (N501Y, D614G) | C19S1-G236H | 2019-nCoV (virus) | CHO cells | His | (16-685) with N501Y, D614G |
2019-nCoV Spike protein S1 (P681H) | C19S1-G232H | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with P681H |
2019-nCoV Spike protein S1 (T19R, G142D, del157-158, L452R, T478K, D614G, P681R) | C19S1-G231LH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with T19R, G142D, Δ157-158,L452R, T478K, D614G, P681R |
2019-nCoV Spike protein S1 (T95I, G142D, E154K, L452R, E484Q, D614G, P681R) | C19S1-G231KH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with T95I, G142D, E154K, L452R, E484Q, D614G, P681R |
2019-nCoV Spike protein S1 (Δ69-70 Δ144 N501Y A570D D614G P681H) | C19S1-G239H | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with Δ69-70 Δ144 N501Y A570D D614G P681H |
2019-nCoV Spike protein S1 (Δ69-70) | C19S1-G234H | 2019-nCoV (virus) | CHO cells | His | (16-685) with Δ69-70 |
2019-nCoV Spike protein S1 (Δ69-70, N439K, D614G) | C19S1-G231BH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with Δ69-70, N439K, D614G |
2019-nCoV Spike protein S1 (Δ69-70, N501Y, D614G) | C19S1-G237H | 2019-nCoV (virus) | CHO cells | His | (16-685) with Δ69-70, N501Y, D614G |
2019-nCoV Spike protein S1 (Δ69-70, Y453F, D614G) | C19S1-G231AH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with Δ69-70, Y453F, D614G |
2019-nCoV spike protein S1 (ΔY145, ΔH146, E484K, D614G) | C19S1-G231DH | 2019-nCoV (virus) | CHO cells | His | S1(16-685) with ΔY145, ΔH146, E484K, D614G |
2019-nCoV Spike protein S1, Fc Tag | C19S1-G241F | 2019-nCoV (virus) | CHO cells | Fc | 16-685 |
2019-nCoV Spike protein S1, HIS Tag | C19S1-G241H | 2019-nCoV (virus) | CHO cells | His | 16-685 |
2019-nCoV Spike protein S2, Fc Tag | C19S2-G241F | 2019-nCoV (virus) | CHO cells | Fc | 686-1212 |
2019-nCoV Spike RBD-N Protein Chimera | C19NSD-G242H | 2019-nCoV (virus) | CHO cells | His | 2019-nCoV’s N-terminal Spike S1 RBD (319-541) fused to Nucleocapsid (237-419) protein with a linker HSA (human serum albumin) |
ACE2 (18-739) Protein | A53C2-G341F | dog | CHO cells | Fc | 18-739 |
ACE2 (18-740) Protein | A52C2-G341F | rat | CHO cells | Fc | 18-740 |
ACE2 (19-740) Protein | A51C2-G341F | human | CHO cells | Fc | 19-740 |
CD147 (22-205) Protein | C81D7-G651F | human | CHO cells | Fc | 22-205 |
CD147 (22-205) Protein | C81D7-G651H | human | CHO cells | His | 22-206 |
DPP4 (29-766) Protein | DP4CD-G441H | human | CHO cells | His | 29-766 |
MERS Spike Protein RBD | MERSD-G241F | MERS-CoV (virus) | CHO cells | Fc | 377-588 |
SARS-CoV Spike Protein RBD | SARSD-G241F | SARS-CoV (virus) | CHO cells | Fc | 318-510 |
SARS-CoV Spike Protein S1, Fc Tag | SARS1-G241F | SARS-CoV (virus) | CHO cells | Fc | 14-680 |
SARS-CoV Spike Protein S1, HIS Tag | SARS1-G241H | SARS-CoV (virus) | CHO cells | His | 14-680 |
Catalog # | Product Name |
C19NP-60DH | Anti 2019-nCoV N-Protein hIgG Antibody, HRP conjugated |
C19NP-60H | Anti 2019-nCoV N-Protein hIgG Antibody |
C19S1-60DH | Anti 2019-nCoV Spike Protein hIgG Antibody, HRP conjugated |
C19S1-60H | Anti 2019-nCoV Spike Protein hIgG Antibody |
C19S1-6101M | Anti-2019-nCoV Spike (681P) (8G10A1) |
C19S1-6102M | Anti-2019-nCoV Spike (681P) (8G10B1) |
C19S1-6103M | Anti-2019-nCoV Spike (681P) (8G10C8) |
C19S1-61H | Anti 2019-nCoV Spike Protein hIgG Antibody |
C19S1-61MH | Anti 2019-nCoV Spike Protein mIgG Antibody |
C19S1-6701M | Anti-2019-nCoV Spike (P681H) Mutant (9F7E4) |
C19S1-6701R | Anti-2019-nCoV Spike (P681H) Mutant |
C19S1-6702M | Anti-2019-nCoV Spike (P681H) Mutant (1G8D11) |
C19S1-6703M | Anti-2019-nCoV Spike (P681H) Mutant (7A4D12) |
C19S1-6704M | Anti-2019-nCoV Spike (P681H) Mutant (7C11H11) |
C19S1-A60H | Anti 2019-nCoV Spike Protein hIgA Antibody |
C19S1-M60H | Anti 2019-nCoV Spike Protein hIgM Antibody |
Product Name | Catalog # |
Anti 2019-nCoV Spike Protein Neutralizing Nanobody (NBX20010) | C19S1-641HL |
Anti 2019-nCoV Spike Protein Neutralizing Nanobody (NBX20014) | C19S1-644HL |
Anti 2019-nCoV Spike Protein Neutralizing Nanobody (NBX20025) | C19S1-643HL |
Anti 2019-nCoV Spike Protein Neutralizing Nanobody (NBX20038) | C19S1-642HL |
Anti-2019-nCoV Spike Protein Neutralizing Nanobody (NBX20014) | C19S1-654L |
Anti-2019-nCoV Spike Protein Neutralizing Nanobody (NBX20025) | C19S1-653L |
Anti-2019-nCoV Spike Protein Neutralizing Nanobody (NBX20038) | C19S1-652L |
Name | Catalog # |
Human ACE2 Stable Cell line-CHO | A51C2-71C |
Product Name | Catalog # |
2019-nCoV Delta Variant Neutralization ELISA Kit |
C19SD-ND887 |
2019-nCoV High Sensitivity S1 Protein ELISA Kit | C19S1-876 |
2019-nCoV N-S1 Human IgA ELISA Kit | C19NS1-A877 |
2019-nCoV N-S1 Human IgG ELISA Kit | C19NS1-877 |
2019-nCoV N-S1 Human IgG-IgA-IgM ELISA Kit | C19NS1-P877 |
2019-nCoV N-S1 Human IgM ELISA Kit | C19NS1-M877 |
2019-nCoV Neutralization ELISA Kit | C19SD-N887 |
2019-nCoV S1 Human IgA ELISA Kit | C19S1-A877 |
2019-nCoV S1 Human IgG ELISA Kit | C19S1-877 |
2019-nCoV S1 Human IgG-IgA-IgM ELISA Kit | C19S1-P877 |
2019-nCoV S1 Human IgM ELISA Kit | C19S1-M877 |
2019-nCoV S1 Protein ELISA Kit | C19SD-876 |
Introducing our General Reagents product category, a comprehensive range of essential laboratory components designed to support a variety of scientific applications. Within this category, you will find a diverse selection of enzymes, buffers, and other high-quality products that play a pivotal role in facilitating accurate and reliable experimental outcomes.Each product within our General Reagents category undergoes rigorous quality control processes, ensuring superior performance and reproducibility. Our commitment to excellence is rooted in the trust we place in our team of scientists and experts who continuously strive to deliver products of the highest standard. Discover the reliability and versatility of our General Reagents collection, designed to elevate your scientific endeavors by providing the essential building blocks for successful experimentation.
Name | Catalog# | Species | Expr.System |
Endonuclease | EN01-E311U | Serratia marcescens | E. coli |
Name | Catalog# | Source Organism | Expression Host Organism | Tag Type | Genbank Accession# |
Protein A | PA01-S551H | Staphylococcus. aureus | E. coli | His | CAE54483.1 |
Protein A Resin | PA01-RA551 | N/A | N/A | N/A | N/A |
Protein G | PG01-S551H | Streptococcus Sp. | E. coli | His | N/A |
Protein L | PL01-S551H | Finegoldia magna | E. coli | His | N/A |
Protein L Resin | PL01-RA551 | N/A | N/A | N/A | N/A |
Streptavidin | ST01-E511U | Streptomyces avidinii | E. coli | tag-free | X03591 |
Streptavidin | ST01-E511H | Streptomyces avidinii | E. coli | His | X03591 |
Unlock the full potential of your research with SignalChem Diagnostics’ custom services! Our top-notch team of experienced scientists provide you with personalized solutions for your specific needs, making your experiments a success. We offer a range of tailored services, including:
Ensure optimal performance of our products by adjusting their concentration to match your experimental needs. With our concentration modification service, proteins and reagents can be precisely formulated to your desired concentration, streamlining your workflow and improving the accuracy and reproducibility of your research.
Maximize compatibility and functionality of our proteins by selecting the perfect tag for your needs. Our skilled team can assist in adding, removing, or altering existing tags to suit your experimental requirements. Tag modification allows for better protein solubility, simplified purification processes, and enhanced detection in various applications.
Customize the buffer composition of our products to achieve ideal conditions for your experiments. Our team can expertly modify the buffer system, pH, and other additives to accommodate your specific requirements. This bespoke service ensures that our products seamlessly integrate into your experimental setup, maximizing the potential for success.
Our extensive capabilities empower us to assist you in developing the precise product required to achieve your objectives. Our team of skilled scientists will guide you through the process, thoroughly analysing your requirements to tailor your final product precisely to your specifications.
We provide expertly synthesized and tailored custom guide RNAs for a wide range of research applications, including specialized projects.
Rigorous Testing Protocols
Our expert team conducts thorough and systematic testing at multiple checkpoints, verifying that each product or service meets or exceeds industry benchmarks and customer expectations.
Continuous Improvement
Our QA program is dynamic and adaptive, utilizing customer feedback and data-driven insights to implement ongoing improvements, guaranteeing the consistent delivery of superior products and services.
Comprehensive Documentation
We maintain extensive records and documentation for every product and service, providing full transparency and traceability for our customers and regulatory bodies.
State-of-the-art Facilities
Our cutting-edge facilities are equipped with advanced technology and equipment, allowing us to maintain the utmost precision and accuracy throughout the development and production processes.
Expertise & Training
Our skilled professionals undergo rigorous training and participate in ongoing education to stay ahead of industry advancements, ensuring that they possess the knowledge and skills necessary to maintain our high-quality standards.
Find answers to frequently asked questions about our products and services by browsing the list below. If you need further assistance, please do not hesitate to contact our technical support team.
An enzyme titration curve and calculated specific activity are included in the data sheet of each active enzyme. We recommend that researchers perform a serial dilution of an enzyme product to determine the optimal amount to use in their assay systems.
For all our products, we run an SDS-PAGE gel with a titration of the enzyme and perform densitometry measurements to determine purity.
Our active enzymes are activated using specific protocols during the expression and production process to achieve optimal post-translational modification and in vitro activity. The treatment methods may vary for different enzymes, depending on their functional roles.
SignalChem Diagnostics carefully selects the expression system, either E.coli or Sf9 insect cells, based on the function and application of each product
SignalChem’s active enzymes are validated for in vitro activity assays. We offer a wide range of custom services, including additional purification steps, buffer exchange, and tag modification, to fulfill the requirements for other applications such as protein crystallography. Please contact us for more information about this service.
For technical support on a specific product, please reach out to us by sending an email to info@signalchemdx.com. Our experts are committed to providing detailed information and guidance, ensuring the success of your experiments and applications.