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In immunology, the antigen can be a molecule, moiety, foreign particulate matter, or an allergen, such as pollen or T-cell receptor. Each has a unique shape that your immune system reads like a nametag to know whether it belongs in your body. Any foreign invaders, chemicals, toxins, and pollens, could be antigens. Of course, normal cells can become self-antigens under pathological conditions. Compared to antigen, proteins perform many functions within organisms, including catalysing reactions, DNA replication, responding to stimulation, organisms, and transporting molecules. In terms of source, our proteins are expressed either in E. coli BL21(DE3)—a prokaryotic system or HEK-293T mammalian cells—a eukaryotic system, or yeast expression system.
The proteins produced in cells are made from one or more polypeptides. Peptides generally are named based on the number of amino acid residues in the sequence, and each amino acid comprising a peptide is called a “residue”. Peptide hormones have numerous functions, and the major peptide hormones in the human body includes insulin, TSH, adrenocorticotropic hormone, follicle-stimulating hormone, thyroid-stimulating hormone, luteinizing hormone, prolactin, and insulin.
Immunoglobulin is a large, Y-shaped protein which can identify the specific epitope of the antigens. According to constant regions types, antibodies are classified into IgG, IgM, IgA, IgD, and IgE. Among them, IgG is the main antibody in blood. Therefore, in the website, IgG antibodies are also the most numerous. IgA is mainly present as monomers, IgM has a key role in the initial immune system defense, and IgE is originally related to immunity reactions. While mouse is still the most common host species for producing monoclonal antibodies, monoclonal antibodies are now available from a variety of host species including rabbits, alpaca, hamsters or rats. In addition, rabbits and goats are the preferred animals of polyclonal antibodies.
BOT Bioscience has mature protein, peptide and antibody platforms, establishing several new, advanced standard for proteins and antibodies. We are committed to satisfying your expectations by providing the highest quality products in scientific research.
- C14orf169
- C1INH
- C1qA
- C1qR
- C1QTNF1
- C1QTNF3
- C1r
- C2
- C3
- C3a
- C3a Receptor
- C3a-receptor
- C3b-iC3b
- C4a
- C4BPb
- C5a
- C5aR
- C7
- CA 19-9
- CA1
- CA125
- CA-125
- CA14
- CA153
- CA15-3
- CA199
- CA19-9
- CA2
- CA242
- CA724
- CA9
- CADH1
- Cadherin 17
- Cadherin-3
- CADM1
- Cadmium
- Caffeine
- Cal b 2
- CALB2
- Calbindin
- CALD1
- calf thymus ATPaseA
- calf thymus ATPaseA and recognizes bovine, human, and mouse homologs
- calf thymus ATPaseA and recognizes native bovine, human, and mouse homologs
- Calmodulin-domain protein kinase 1
- Calponin protein
- Calprotectin
- CALR
- Calreticulin
- CAM
- cAMP
- CaMPARI-Red
- Can f 1
- Can f 2
- Can f 3
- Can f 4
- Can f 5
- Can f 6
- Can f 7
- Can f 8
- Can s 2
- Can s 3
- Can s 4
- Can s 5
- Can s 7
- Cand a 1
- Cand a 3
- Cand b 2
- Candesartan
- Cannabidiol
- Canrenone
- CAP
- Cap a 1
- Cap a 2
- Cap a 7
- Capsaicin
- Capsid protein VP1
- Capsular antigen
- Capsular polysaccharide
- CAR
- Car b 1
- Car i 1
- Car i 2
- Car i 4
- Car12
- Carazolol
- Carbadox
- Carbamazepine
- Carbaryl
- Carbendazim
- Carbofuran
- Carbohydrate 72-4
- Carbohydrate antigen 242
- Carbonic anhydrase
- Carbonic anhydrase IX
- Carboxyl
- Carcinoembryonic Antigen
- Carcinoma surface antigen
- Cardiac Troponin I
- Cardiolipin
- Cardiotin
- Carfentanil
- Cari p 1
- Cari p 2
- Carnosic acid
- Carprofen
- CART
- Cas s 1
- Cas s 5
- Cas s 8
- Cas s 9
- Casein
- Casein from cow
- Cashew Allergen
- CASP14
- CASP3
- CASP5
- CASP7
- CASP8
- CASP9
- Caspase-3
- CAT
- Cat r 1
- Catalase
- Cathepsin B
- Cathepsin L
- Cathepsin S
- CAV
- Cav p 1
- Cav p 2
- Cav p 3
- Cav p 4
- Cav p 6
- CAV1
- CAV2
- Cav3.1 Ca2+ channel
- CAV46
- Cavbeta1 Ca2+ channel
- Cavbeta2 Ca2+ channel
- Caveolin-1
- CBLN1
- CBLN2
- CBX1
- CBX2
- CBX3
- CBX4
- CBX5
- CBX8
- CC16
- CCK
- CCKAR
- CCL1
- CCL11
- CCL17
- CCL18
- CCL19
- CCL2
- CCL2/CCL12
- CCL20
- CCL21
- CCL22
- CCL24
- CCL25
- CCL26
- Ccl28
- CCL3L1
- CCL5
- CCND1
- CCND2
- CCP
- CCR2
- CCR3
- CCR3 (CD193)
- CCR4
- CCR5
- CCR5 (phosphoserine 337)
- CCR5 (phosphoserine 349)
- CCR5 (PKC site)
- CCR7
- CCR9
- CCRL2
- CCRP
- CCSA
- CCV
- CCV51
- CD10
- CD100
- CD103
- CD104
- CD105
- CD106
- CD109
- CD11 alpha/Integrin alpha-L
- CD112
- CD115
- CD115/M-CSFR
- CD117
- CD11a
- CD11a/CD18
- CD11b
- CD11c
- CD123
- CD127
- CD13
- CD131
- CD133
- CD134
- CD137
- CD137L
- CD138
- CD139
- CD14
- CD142
- CD146
- CD147
- CD148
- CD15
- CD151
- CD153
- CD154
- CD155
- CD156b
- CD157
- CD16
- CD16 (FCgRIII)
- CD16/CD32
- CD160
- CD161
- CD163
- CD166
- CD169
- CD16a
- CD16a(V176)
- CD16b(NA1)
- CD16b(NA2)
- CD171
- CD172A/SIRPA
- CD172b / SIRPB
- CD178
- CD18
- CD19
- CD1a
- CD1c
- CD1d
- CD2
- CD20
- CD200
- CD200R
- CD200R1
- CD200RLc
- CD204
- CD205
- CD206
- CD209
- CD21
- CD21L
- CD22
- CD226
- CD227
- CD23
- CD235b
- CD24
- CD244
- CD248
- CD25
- CD252
- CD257 (BAFF)
- CD26
- CD266
- CD27
- Cd274
- CD276
- CD277
- CD28
- CD29
- CD3
- CD3 epsilon
- CD3 zeta
- CD30
- CD300A
- CD300LF
- CD301C
- CD30L
- CD31
- CD32
- CD326
- CD32a
- CD32a(R167)
- CD32b
- CD33
- CD34
- CD35
- CD35 (complement receptor 1)
- CD36
- CD37
- CD38
- CD39
- CD3D
- CD3e
- CD4
- CD4 epitope A
- CD4 epitope B
- CD4, Cytoplasmic tail
- CD40
- CD40 ligand
- CD40L
- Cd40lg
- CD41
- CD42a
- CD43
- CD44
- CD44 (Indian blood group)
- CD44v6
- CD45
- CD45 (leukocyte common antigen)
- CD45R
- CD45RA
- CD45RA or A/B
- CD45RB
- CD45RC
- CD45RO
- CD46
- CD47
- CD48
- CD49b
- CD49e
- CD49F
- CD5
- CD5 Like Protein
- CD50
- CD51
- CD52
- CD53
- CD55
- CD56
- CD56 ANK-1
- CD59
- CD5L
- CD6
- CD61
- CD62E
- CD62L
- CD62P
- CD63
- CD64
- CD66acd
- CD66b
- CD66e
- CD68
- CD69
- CD7
- CD70
- CD70 & CD47
- CD71
- CD72
- CD73
- CD74
- CD79a
- CD79b
- CD8
- CD8 (Lyt-2.2)
- CD8 alpha
- CD8 alpha/Lyt-2
- CD8 beta
- CD80
- CD81
- CD83
- CD84
- CD86
- CD89
- CD8a
- CD8B
- CD9
- CD90
- CD93
- CD95
- CD96
- CD98
- CD98 heavy chain
- CD99
- CDC73
- CDCrel-1
- Cdh1
- CDH17
- CDH5
- CDH6
- CDHE
- CDK5
- CDKN1A
- CDKN2A
- CDKN3
- CDV
- CDV19
- CDX2
- CDYL
- CEA
- CEACAM1
- CEACAM3
- CEACAM5
- CEACAM6
- CEACAM8
- CEBPa
- CEBPb
- CECR2
- Cefapirin
- Cefoperazone
- Cefquinome
- Ceftiofur
- Ceftriaxone
- Celery Allergen
- Cell-wall antigen B
- CENP-B
- CENPE
- CENPF
- Cephalexin
- c-erbB2
- CES2
- CETP
- CFD
- CFH
- CFHR1
- CFHR3
- cFos
- CFP
- CG
- CGA
- cGMP
- CGRP
- Cha f 1
- Cha f 10
- Cha o 1
- Cha o 2
- Cha o 3
- CHD1
- CHD2
- CHD3
- CHD4
- CHD7
- Che a 1
- Che a 2
- Che a 3
- CHEM
- Chemerin
- CHGA
- Chi k 10
- Chi t 1
- Chi t 2
- Chi t 3
- Chi t 4
- Chi t 5
- Chi t 6
- Chi t 7
- Chi t 8
- Chi t 9
- CHI3L1
- CHI3L2
- chicken IgY
- Chikungunya virus
- Chil3
- CHIT1
- Chitinase-3-like protein 1
- Chlamydia trachomatis antigen
- Chlamydia trachomatis antigens
- Chloramphenicol
- Chloramphenicols
- Chlorantraniliprole
- Chlordecone
- Chlordimeform
- Chloridazon
- Chlorimuron-ethyl
- Chlormadinone
- Chloromycetin
- Chlorotetracycline
- Chlorothalonil
- Chlorpheniramine
- Chlorpromazine
- Chlorpropham
- Chlorpyrifos
- Chlorsulfuron
- Cho a 10
- Cholecystokinin
- Cholera enterotoxin B subunit
- Cholyglycine
- CHRNa1
- CHRNA9
- Chromium
- Chromogranin A
- Chromogranin B
- Chronic lymphocytic leukemia
- CHST15
- CHST4
- CHW
- CIAO1
- Cic a 1
- Ciguatoxin CTX3C
- CIM
- Cimaterol
- Cinosulfuron
- Ciprofloxacin
- Circumsporoziote protein
- Cisplatin modified DNA
- Cit l 3
- Cit r 3
- Cit s 1
- Cit s 2
- Cit s 3
- Cit s 7
- Citr l 2
- Citreoviridin
- Citrinin
- Citrullinated collagen type II
- CIV
- CK
- CK14+17
- CK18
- CK18 (Cytokeratin 18)
- CK20
- CK7
- CKM
- CK-MB
- CKMT1A
- Cla c 14
- Cla c 9
- Cla h 10
- Cla h 12
- Cla h 2
- Cla h 5
- Cla h 6
- Cla h 7
- Cla h 8
- Cla h 9
- Clarithromycin
- class I MHC
- Class of Acetochlor
- Class of Albendazole I
- Class of Albendazole II
- Class of Sudan
- Class of Tylosin
- Clathrin heavy chain 1
- Claudin 18.2
- Claudin 5
- Claudin-18.2
- Claudin-4
- CLAW-H
- Clcn4
- CLE
- CLEC10A
- CLEC12A
- CLEC5A
- CLEC6A
- CLEC9A
- clenbuterol
- Cle-Rac-Sal
- Climbazole
- Clindamycin
- CLMP
- Clobetasol Propionate
- Clomazone
- Clonazepam
- Clonidine
- Clopidol
- Clorprenaline
- Clothianidin
- Clozapine
- CLP
- CLU
- Clu h 1
- Clusterin
- CMKLR1
- c-myc epitope tag
- Cn2 toxin
- CNDP1
- CNN1
- CNP
- CNPS
- CNTF
- CNTN2
- cNT-ProBNP
- CNX
- Coat nucleoporin
- Coc n 1
- Cocaine
- Coconut Allergen
- Cod parvalbumin
- Cof a 1
- Cof a 2
- Cof a 3
- COL11A2
- COL1a1
- COL1a2
- COL4a1
- COL7
- Colchicine
- Collagen alpha-1(VII) chain
- Collagen alpha-1(XVII) chain
- Collagen I
- Collagen IV
- collagen type I
- Collagen type II
- Collagenase type IV
- COMP
- Complement C3
- Complement C3b-iC3b
- Complement C4-B
- Complement C4d
- Complement Component 4a
- Complement Component 4b
- Complement Factor B
- Complement factor Ba
- Complement Factor C5a
- Complement Factor D
- Complement Factor I
- Complement Receptor 1 & 2
- Conglutin beta
- COOH
- Cop c 1
- Cop c 2
- Cop c 3
- Cop c 5
- Cop c 7
- Copper
- Copt f 7
- Cor
- Cor a 1
- Cor a 10
- Cor a 11
- Cor a 12
- Cor a 13
- Cor a 14
- Cor a 15
- Cor a 16
- Cor a 2
- Cor a 6
- Cor a 8
- Cor a 9
- Co-Rest/RCOR1
- Corin
- Cort
- Cortactin
- Corticosterone
- Cortisol
- Cortisol hormone in Cosmetics
- Cotinine
- COVID-19
- COVID-19 N
- COVID-19 RBD
- COVID-19 S1
- COX-2 peptide
- COX4I1
- CP
- CpaF
- CPE
- C-Peptide
- CPL
- CPM
- CPP
- CPS-500
- CPV
- CPV27
- CPXV A27
- Cr
- CR1
- CR2
- Cra a 1
- Cra a 2
- Cra a 4
- Cra c 1
- Cra c 2
- Cra c 4
- Cra c 5
- Cra c 6
- Cra c 8
- Cra g 1
- CRE recombinase
- C-reactive
- Creatinine
- CREBBP
- CREG1
- CRH
- CRIM1
- Cripto
- CRIPTO protein
- CRISP3
- CRLF2
- Cro p 1
- Cro p 2
- Cro s 1
- Cro s 2
- Cronartium ribicola
- Crotoxin
- CRP
- CRTAM
- CRTC1
- CRV
- Cry j 1
- Cry j 2
- Cry j 3
- Cry j 7
- Cry1
- Cryptosporidium
- CSA
- CSF1
- CSF2
- CSF2RA
- CSF2Rb
- CSF3
- CSF3R
- CSFV
- CSH1
- CST1
- CST2
- CST3
- CST4
- CST5
- CST7
- CSTA
- CT
- CT1
- CTACK
- CTC
- Cte f 1
- Cte f 2
- Cte f 3
- Cten i 1
- CTGF
- CTH
- Ctip2
- CTLA4
- CTLA-4
- CTn
- CTnI
- CTnT
- CTRC
- CTSA
- Ctsb
- Ctsc
- CTSE
- CTSH
- CTSK
- CTSL
- CTSS
- CTSV
- CTSZ
- CTXI
- CTXII
- CTXIII
- Cu
- Cuc m 1
- Cuc m 2
- Cuc m 3
- Cuc ma 4
- Cuc ma 5
- Cul q 2
- Cul q 3
- Cup a 1
- Cup s 1
- Cup s 2
- Cup s 3
- Cup s 7
- Cur l 1
- Cur l 2
- Cur l 3
- Cur l 4
- CV
- CX3CL1
- CX43
- CXCL1
- CXCL10
- CXCL11
- CXCL12
- CXCL13
- CXCL14
- CXCL15
- CXCL16
- CXCL2
- CXCL4
- CXCL5
- CXCL6
- CXCL7
- CXCL9
- CXCR3
- CXCR4
- CXCR5
- CXCR6
- Cy3
- Cy5
- Cy5.5
- Cy7
- Cyclamate
- Cyclobutane pyrimidine dimer
- Cyclophilin B
- Cyclopiazonic acid
- Cyclosporin A
- Cyclosporine A
- CYCS
- Cyfra211
- Cyhalofop-acid
- Cyhalofop-butyl
- Cyn d 1
- Cyn d 12
- Cyn d 15
- Cyn d 22
- Cyn d 23
- Cyn d 24
- Cyn d 7
- Cyp c 1
- Cyp c 2
- CYP1A
- CYP2E1
- CYPA
- CYPB
- Cyproconazole
- Cyprodinil
- Cyproheptadine
- CysC
- Cystatin
- Cystatin C
- Cytochrome b-245 light chain
- cytochrome c
- Cytokeratin 10
- Cytokeratin 14
- Cytokeratin 17
- Cytokeratin 18
- Cytokeratin 19
- Cytokeratin 20
- Cytokeratin 5 and 8
- Cytokeratin 5/6
- Cytokeratin 7
- Cytokeratin 8
- Cytoplasmic dynein
- Cytotoxin 1
- Cytotoxin 1, 3, 7
- Cytotoxin 7
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