TL2-C29,TLR2信号抑制剂新品上线

TL2-C29,TLR2信号抑制剂新品上线

法国InvivoGen最新推出人TLR2/1 & TLR2/6, 小鼠TLR2/1 信号抑制剂TL2-C29,为TLR2信号研究的科研人员提供最新工具。

 

TL2-C29 是一种Toll样受体2 (TLR2)的小分子抑制剂 [1]TLR2在检测来自细菌、真菌、寄生虫和病毒的多种病原相关分子模式(PAMPs)中起着非常重要的作用 [2]TLR1TLR6的共受体(co-receptors)TLR2 信号和配体的特异性有关键影响。细胞表面的TLR2/TLR1TLR2/TLR6异二聚体可分别结合三酰化和二酰化脂蛋白 [3,4]TLR2信号是由配体诱导的TLR2异二聚体和衔接蛋白(adapter proteins)的基本细胞质TIRToll/IL-1受体)结构域的二聚化启动。随后的信号级联导致促炎症反应。

 

TL2-C29抑制TLR2信号作用机理

TL2-C29,TLR2信号抑制剂新品上线 

 

产品信息

名称:TL2-C29

规格:5mg

货号:inh-c29

别名C29; TLR2-IN-C29; 3-[[(2-hydroxy-3-methoxyphenyl)methylene]amino]-2-methyl-benzoic acid

CAS: 363600-92-4

分子式: C16H15NO4

分子量: 285.3 g/mol

溶解度: 50 mM (14.3 mg/ml) in DMSO

工作浓度: 25 – 200 µM for cell culture assays.

质控:

     · Purity ≥ 95% (NMR)

     · Inhibition of human TLR2/1 and TLR2/6 signaling has been confirmed using cellular assays

     · The absence of bacterial contamination (e.g. lipoproteins and endotoxins) has been confirmed using HEK-Blue™ TLR2 and HEKBlue™ TLR4 cells.

 

 

主要特点:

TLR2/1TLR2/6信号的高效抑制剂

小鼠TLR2/1信号的高效抑制剂

无明显细胞毒性

在细胞试验上验证可抑制NF-κB/AP-1信号

每个批次纯度均大于≥ 95%,并经过功能性测试

 

InvivoGen实验室数据支持

TL2-C29,TLR2信号抑制剂新品上线 

 

TL2-C29,TLR2信号抑制剂新品上线

 

 

相关产品推荐

产品名称

描述

Pam3CSK4 

TLR2/TLR1 Agonist – Synthetic triacylated lipopeptide

Pam2CSK4 

TLR2/TLR6 Agonist – Synthetic diacylated lipopeptide

FSL-1 

TLR2/TLR6 Agonist – Synthetic diacylated lipoprotein

HKLM 

TLR2 Agonist – Heat Killed Listeria monocytogenes

HKPA 

TLR2 Agonist – Heat Killed – Pseudomonas aeruginosa

HEK-Blue™ hTLR2 

Human TLR2 / NF-κB / SEAP reporter HEK293 cells

QUANTI-Blue™ 

Alkaline phosphatase detection medium

HEK-Blue™ hTLR2-TLR1 

Human TLR2+TLR1 / NF-κB / SEAP reporter HEK293 cells

HEK-Blue™ hTLR2-TLR6 

Human TLR2+TLR6 / NF-κB / SEAP reporter HEK293 cells

HEK-Blue™ hTLR2 KO-TLR1/6 

Human TLR2 (KO-TLR1/6) / NF-κB / SEAP reporter HEK293 cells

 

参考文献

1. Mistry, P. et al., 2015. Inhibition of TLR2 signaling by small molecule inhibitors targeting a pocket within the TLR2 TIR domain. PNAS. 112(17):5455-5460.
2. Oliveira-Nascimento L. et al., 2012. The role of TLR2 in infection and Immunity. Front Immunol. 3(79): doi:10.3389/fimmu.2012.00079.
3. Takeuchi O. et al., 2001. Discrimination of bacterial lipoproteins by Toll-like receptor 6. Int Immunol. 13: 933-940.
4. Takeuchi O. et al., 2002. Cutting edge: role of Toll-like receptor 1 in mediating immune response to microbial lipoproteins. J Immunol. 169: 10-14

更多详情请咨询Invivogen代理商-上海金畔生物

PRR报告基因细胞:TLR, CLR, NOD

PRR报告基因细胞:TLR, CLR, NOD

促炎反应是由先天性免疫系统中特定的模式识别受体(PRRs)识别病原相关模式分子(PAMPs)所引起的。 

InvivoGen提供一系列完整的人源及鼠源报告细胞系旨在表达主要的模式识别受体家族:Toll样受体(TLRs)、NOD样受体(NLRs)、RIG-I样受体(RLRs)、C型凝集素受体(CLRs)、和胞质DNA感受器(CDS)/干扰素基因刺激分子(STING)以及新型细胞质糖传感器:ALPK1 (alphakinase 1) 和 TIFA (TRAF-interacting protein with forkhead-associated domain)。

PRR报告基因细胞系不仅可以过表达所需的PRR表达基因,也可以敲除或敲入该基因。

所有细胞系均通过不同方法进行严格的生物活性检测(PCR, DNA测序,Western- Blot, FACS以及功能验证)

PRR报告基因细胞:TLR, CLR, NOD

详情请联系 Invivogen 全国代理-上海金畔生物科技 

LPS-PG ——TLR2/TLR4激动剂

LPS-PG ——TLR2/TLR4激动剂

LPS-PG是从革兰氏阴性菌Porphyromonas gingivalis牙龈卟啉单胞菌)分离得到的脂多糖(LPS),LPS是革兰氏阴性菌重要的组成成分,可活化天然免疫系统,LPS-PG引起牙周疾病的重要毒力因子。

LPS的识别主要是由TLR4调节的,TLR4对LPS-PG的应答依赖于两个关键因子CD14和MD2。

LPS-PG具有一个独特的区别于其他肠杆菌来源LPS的化学结构,LPS-PG在TLR4缺陷的C3H/HeJ小鼠上具有活性,研究者认为LPS-PG是TLR2的配体。但是,LPS-PG结构和功能研究发现其是通过TLR4活化细胞的,TLR2刺激活性是因为脂蛋白污染造成的。

InvivoGen提供两种纯度的LPS-PG:

• LPS-PG  standard 可激活TLR2和TLR4
• LPS-PG Ultrapure 用酶去除了脂蛋白,只激活TLR4

工作浓度:

LPS-PG (Standard):
• TLR4 activity: 100 ng – 10 μg/ml
• TLR2 activity: 10 ng/ml – 10 mg/ml
LPS-PG Ultrapure:
100 ng- 10 μg/ml
 

产品名称 产品描述 规格 货号
LPS-PG (Standard) TLR2/TLR4 Agonist – LPS from P. gingivalis 1mg tlrl-pglps
LPS-PG Ultrapure TLR4 Agonist – LPS from P. gingivalis 1mg tlrl-ppglps


更多LPS产品请咨询上海金畔生物,

Poly(I:C)——TLR3激动剂

Poly(I:C)——TLR3激动剂

poly(I:C)(聚肌苷酸胞苷酸)是一种合成的双链RNA(dsRNA)类似物,是一种与病毒感染相关的分子模式。Poly(I:C)可被TLR3识别,诱导NF-kB的活化和细胞因子的产生。

InvivoGen是市面上唯一一家可提供两种不同分子量的 poly(I:C) :

– Poly(I:C) (HMW) 平均分子量约 1.5-8 kb.
– Poly(I:C) (LMW) 平均分子量约 0.2-1 kb

Poly(I:C) (HMW) VacciGrade™适用于临床前研究,在严格的无菌条件下制备,确保无菌,并且内毒素含量非常低。
  

产品名称 产品描述 规格 货号
Poly(I:C) HMW TLR3 Agonist – Polyinosine-polycytidylic acid High molecular weight 10mg tlrl-pic
50mg tlrl-pic-5
Poly(I:C) (HMW) VacciGrade™ TLR3 agonist – Polyinosine-polycytidylic acid 10mg vac-pic
Poly(I:C) LMW TLR3 Agonist – Polyinosine-polycytidylic acid Low molecular weight 25mg tlrl-picw
250mg tlrl-picw-250
Poly(I:C) (LMW) Rhodamine TLR3 Agonist – Rhodamine-labeled Poly(I:C) (LMW) 10ug tlrl-piwr
Poly(I:C) (HMW) Rhodamine TLR3 Agonist – Rhodamine-labeled Poly(I:C) (HMW) 10ug tlrl-picr
Poly(I:C) (HMW) Fluorescein TLR3 Agonist – Fluorescein-labeled Poly(I:C) (HMW) 10ug tlrl-picf
Poly(I:C) (HMW) Biotin TLR3 Agonist – Biotin-labeled Poly(I:C) (HMW) 10ug tlrl-picb


更多TLR3配体相关产品,请咨询上海金畔生物,

TLR4 激动剂及相关产品介绍

TLR4 激动剂及相关产品介绍

TLR4是革兰氏阴性菌脂多糖(LPS)和毒性成份lipid A的受体。TLR4与LPS的应答,除了受体本身,也需要另外3种不同的胞外蛋白:LBP(LPS结合蛋白)、CD14和MD-2(髓样分化蛋白2)才能发挥作用。TLR4介导的信号通路有两条:一条是MyD88依赖 的,另一条是MyD88非依赖的。MyD88依赖的信号通路导致AP-1和NF-kB等转录因子入核,促进一些炎症因子的释放;MyD88非依赖的信号通路可激活IRF3和另外一个接头分子TRAM(TRIF相关的接头蛋白),IRF3活化后可使细胞产生IFN-®️,上调一些干扰素依赖基因的表达。

TLR4激动剂相关产品:

PRODUCT

ORIGIN/DESCRIPTION

GRADE*

WORKING

CONCENTRATION

QTY

CATALOG

CODE

TLR4 Agonists

CRX-527            NEW         

Synthetic Lipid A analog

TLR2 – /TLR4 +

100 pg/ml – 10 ng/ml

1 mg

tlrl-crx527

LPS-B5

Standard lipopolysaccharide from E. coli 055:B5

TLR2 + /TLR4 +

100 pg – 1 µg/ml

5 mg

tlrl-b5lps

LPS-B5 Ultrapure

Ultrapure lipopolysaccharide from E. coli 055:B5

TLR2 – /TLR4 +

100 pg – 1 µg/ml

5 mg

tlrl-pb5lps

LPS-EB

Standard lipopolysaccharide from E. coli 0111:B4

TLR2 + /TLR4 +

10 ng – 10 µg/ml

5 mg

tlrl-eblps

LPS-EB Biotin

Biotinylated ultrapure LPS from E. coli 0111:B4

TLR2 + /TLR4 +

10 ng – 10 µg/ml

500 µg

tlrl-3blps

LPS-EB Ultrapure

Ultrapure lipopolysaccharide from E. coli 0111:B4

TLR2 – /TLR4 +

10 ng – 10 µg/ml

5×106 EU

tlrl-3pelps

LPS-EB VacciGrade

Preclinical grade ultrapure LPS from E. coli 0111:B4

VacciGrade

0.1 – 25 µg/mouse

5×106 EU

vac-3pelps

LPS-EK

Standard lipopolysaccharide from E. coli K12

TLR2 + /TLR4 +

1 ng – 10 µg/ml

5 mg

tlrl-eklps

LPS-EK Ultrapure

Ultrapure lipopolysaccharide from E. coli K12

TLR2 – /TLR4 +

1 ng – 10 µg/ml

1 mg

tlrl-peklps

LPS-PG

Standard lipopolysaccharide from P. gingivalis

TLR2 + /TLR4 +

100 ng – 10 µg/ml

1 mg

tlrl-pglps

LPS-PG Ultrapure

Ultrapure lipopolysaccharide from P. gingivalis

TLR2 – /TLR4 +

100 ng – 10 µg/ml

1 mg

tlrl-ppglps

LPS-SM Ultrapure

Ultrapure lipopolysaccharide from S. minnesota

TLR2 – /TLR4 +

10 ng – 10 µg/ml

5 mg

tlrl-smlps

MPLA-SM

Monophosphoryl lipid A from S. minnesota

TLR2 – /TLR4 +

10 ng – 1 µg/ml

1 mg

tlrl-mpla

MPLA-SM VacciGrade

Preclinical grade detoxified MPLA

VacciGrade

2 – 20 µg/mouse

1 mg

vac-mpla

MPLA Synthetic

Synthetic monophosphoryl lipid A

TLR2 – /TLR4 +

300 pg – 100 ng/ml

1 mg

tlrl-mpls

MPLA Synthetic VacciGrade

Preclinical grade synthetic MPLA

VacciGrade

2 – 20 µg/mouse

1 mg

vac-mpls

TLR4 Antagonist

LPS-RS

Lipopolysaccharide from Rhodobacter sphaeroides

TLR2 + /TLR4 –

10 ng – 10 µg/ml

5 mg

tlrl-rslps

LPS-RS Ultrapure

Ultrapure lipopolysaccharide from R. sphaeroides

TLR2 – /TLR4 –

10 ng – 10 µg/ml

1 mg

tlrl-prslps

更多详情请咨询Invivogen代理商-上海金畔生物

R848——TLR7/8激动剂

R848——TLR7/8激动剂

R848是一种咪唑喹啉,具有有效的抗病毒活性。这种低分子量的合成分子可通过TLR7/TLR8 MyD88依赖性信号通路活化免疫细胞。
 
R848 VacciGrade™适用于临床前研究,在严格的无菌条件下制备,确保无菌,并且内毒素含量非常低。
 
与其他商品化的R848不同,InvivoGen公司生产的R848是水溶性的,并且不含TLR7/TLR8成分,没有TLR4/TLR2污染。

产品名称 产品描述 规格 货号
R848 TLR7/8 Agonist – Imidazoquinoline compound 500ug tlrl-r848
5mg tlrl-r848-5
R848 VacciGrade TLR7/8 Agonist – Imidazoquinoline compound 5mg vac-r848




更多TLR7/8配体相关产品,请咨询上海金畔生物,

TLR2激动剂(又名CD282)及相关产品介绍

TLR2激动剂(又名CD282)及相关产品介绍

TLR2(又名CD282)是一个可以识别多种微生物表面分子的细胞膜表面受体。它识别的分子可来源于革兰氏阳性菌、革兰氏阴性菌、支原体和酵母等许多微生物种属。

TLR2识别的具体成份包括来源于革兰氏阳性菌的肽聚糖、脂膜酸、脂蛋白,来源于分枝杆菌的脂阿拉伯甘露聚糖,来源于酵母细胞壁的酵母聚糖等。

TLR2识别的配体种类在TLR家族中是最多的,因为TLR2可以和其它TLR家族成员形成异源二聚体来发挥功能。

TLR2可以和TLR6形成异源二聚体识别双酰化脂蛋白,而TLR1/TLR2异源二聚体则与三酰化脂蛋白发生相互作用。

另外,CD14共受体的存在可增强TLR2的病原识别能力。TLR2信号通路的激活依赖于MyD88分子(骨髓来源的第一应激蛋白88),进而招募接头分子TIRAP(TIR相关蛋白),导致AP-1和NF-kB等转录因子入核来促进一些炎症因子的释放。

TLR2激动剂相关产品:

PRODUCT

ORIGIN/DESCRIPTION

GRADE*

WORKING

CONCENTRATION

QTY

CATALOG

CODE

TLR LIGANDS

TLR2 Agonists

CL401

PAM2C-conjugated hydroxyadenine compound

TLR2 +/ TLR4 –

1 ng – 10 µg/ml

500 µg

tlrl-c401

CL401 VacciGrade

Preclinical grade CL401

VacciGrade

20 – 50 µg/mouse

5 mg

vac-c401-5

CL413 – Adilipoline

PAM2CK4-conjugated hydroxyadenine compound

TLR2 +/ TLR4 –

50 pg – 10 µg/ml

500 µg

tlrl-c413

CL413 VacciGrade

Preclinical grade CL413

VacciGrade

20 – 50 µg/mouse

5 mg

vac-c413-5

CL419

Pam2C-spermine compound

TLR2 +/ TLR4 –

1 ng – 100 µg/ml

500 µg

tlrl-c419

CL429

Pam2C-conjugated murabutide

TLR2 +/ TLR4 –

1 ng – 10 µg/ml

5 mg

tlrl-c429

CL429 VacciGrade

Preclinical grade CL429

VacciGrade

20 – 50 µg/mouse

5 mg

vac-c429

CL531

PAM2CK4-conjugated hydroxyadenine compound

TLR2 +/ TLR4 –

5 pg – 10 µg/ml

500 µg

tlrl-c531

CL572

Monoacyl-ethyl-cystein hydroxyadenine compound

TLR2 +/ TLR4 –

0.5 ng – 1 µg/ml

500 µg

tlrl-c572

FSL-1

Synthetic diacylated lipoprotein – TLR2/6

TLR2 +/ TLR4 –

1 – 100 ng/ml

100 µg

tlrl-fsl

HKBF

Heat Killed Bacteroides fragilis

TLR2 +/ TLR4 –

106 – 107 cells/m

109 cells

tlrl-hkbf

HKEB

Heat Killed Escherichia coli 0111:B4

TLR2 +/ TLR4 +

105 – 107 cells/ml

1010 cells

tlrl-hkeb

HKLM

Heat Killed Listeria monocytogenes

TLR2 +/ TLR4 –

107 – 108 cells/ml

1010 cells

tlrl-hklm

HKLR

Heat Killed Lactobacillus rhamnosus

TLR2 +/ TLR4 –

108 – 109 cells/ml

1010 cells

tlrl-hklr

HKMT

Heat Killed Mycobacterium tuberculosis

TLR2 +/ TLR4 –

100 ng – 10 µg/ml

10 mg

50 mg

tlrl-hkmt-1

tlrl-hkmt-5

HKPA

Heat Killed Pseudomonas aeruginosa

TLR2 +/ TLR4 –

105 – 107 cells/ml

1010 cells

tlrl-hkpa

HKSA

Heat Killed Staphylococcus aureus

TLR2 +/ TLR4 –

106 – 108 cells/ml

1010 cells

tlrl-hksa

HKSE

Heat Killed Staphylococcus epidermidis

TLR2 +/ TLR4 –

107 – 109 cells/ml

1010 cells

tlrl-hkse

HKSP

Heat Killed Streptococcus pneumoniae

TLR2 +/ TLR4 –

107 – 109 cells/ml

1010 cells

tlrl-hksp

HKST

Heat Killed Salmonella typhimurium

TLR2 +/ TLR4 +

104 – 109 cells/ml

1010 cells

tlrl-hkst

LPS-PG

Standard Lipopolysaccharide from P. gingivalis

TLR2 +/ TLR4 +

10 ng – 10 mg/ml

1 mg

tlrl-pglps

LTA-BS

Lipoteichoic acid from Bacillus subtilis

TLR2 +/ TLR4 +

100 ng – 1 µg/ml

5 mg

tlrl-lta

LTA-SA

Lipoteichoic acid from S. aureus

TLR2 +/ TLR4 +

100 ng – 1 µg/ml

5 mg

tlrl-slta

LTA-SA Purified

Purified lipoteichoic acid from S. aureus

TLR2 +/ TLR4 –

1 ng – 1 µg/ml

5 mg

tlrl-pslta

Pam2CSK4

Synthetic diacylated lipoprotein – TLR2(6)

TLR2 +/ TLR4 –

1 – 100 ng/ml

1 mg

tlrl-pm2s-1

Pam3CSK4

Synthetic triacylated lipoprotein – TLR1/2

TLR2 +/ TLR4 –

1 – 300 ng/ml

1 mg

tlrl-pms

Pam3CSK4 Biotin

Biotinylated Pam3CSK4

TLR2 +/ TLR4 –

10 – 300 ng/ml

50 µg

tlrl-bpms

Pam3CSK4 Rhodamine

Rhodamine-labeled Pam3CSK4

TLR2 +/ TLR4 –

1 – 300 ng/ml

50 µg

tlrl-rpms

Pam3CSK4 VacciGrade

Preclinical grade Pam3CSK4

VacciGrade

2 – 20 µg/mouse

1 mg

vac-pms

PGN-BS

Peptidoglycan from B. subtilis

TLR2 +/ TLR4 –

1 – 10 µg/ml

5 mg

tlrl-pgnb3

PGN-EB

Peptidoglycan from E. coli 0111:B4

TLR2 +/ TLR4 +

1 – 10 µg/ml

1 mg

tlrl-pgneb

PGN-EK

Peptidoglycan from E. coli K12

TLR2 +/ TLR4 +

1 – 10 µg/ml

1 mg

tlrl-pgnek

PGN-SA

Peptidoglycan from S. aureus

TLR2 +/ TLR4 –

0.1 – 10 µg/ml

5 mg

tlrl-pgns2

Zymosan

Cell wall preparation of S. cerevisiae

TLR2 +/ TLR4 –

1-10 µg/ml

100 mg

tlrl-zyn

更多详情请咨询Invivogen代理商-上海金畔生物

TLR13 激动剂及相关产品

TLR13 激动剂及相关产品

TLR13是在小鼠中发现的一个胞内受体。目前关于它的配体和信号通路仍知之甚少,但23S核糖体RNA(rRNA)已被证明是它的配体之一。TLR13诱导的细胞因子释是透过依赖MyD-88和UNC93B这两个分子来激活AP-1和INF-α/β等转录因子入核。TLR13也可通过活化IRF7来诱导IFN-γ的产生。人类中不存在TLR13受体,可能是通过其它类似的病原受体来发现病原菌的入侵。

TLR13 激动剂相关产品:

PRODUCT

ORIGIN/DESCRIPTION

GRADE*

WORKING

CONCENTRATION

QTY

CATALOG

CODE

TLR13 Agonists

ORN Sa19

S. aureus 23S rRNA-derived oligoribonucleotide

TLR2 -/ TLR4 –

0.02 – 2 µg/ml

200 µg

tlrl-orn19

ORN Sa19 Control

Control oligoribonucleotide for ORN Sa19

TLR2 -/ TLR4 –

0.02 – 2 µg/ml

200 µg

tlrl-orn19c

更多详情请咨询Invivogen代理商-上海金畔生物

B型CpG寡核苷酸 – 人源优先 TLR9 配体

B型CpG寡核苷酸 – 人源优先 TLR9 配体

CpG ODNs 是合成的寡核苷酸,包含一段特定的非甲基化CpG核苷酸(CpG motifs)。这些CpG motifs在细菌DNA中出现的频率是哺乳动物DNA的20倍。CpG ODNs可被Toll-like receptor 9 (TLR9)识别,产生强效免疫调节效果。

ODN 2006是B型CpG ODN,倾向于激活人源TLR9。B型CpG ODN全部由硫代磷酸二酯键骨架构成,含有一个或多个CpG核苷酸。B型CpG ODN是B细胞的强活化剂,但是刺激浆样树突细胞分泌IFN-α的能力却很弱。

ODN 2006 Vaccigrade™   TLR9 刺激物 – CpG ODN, class B (人源优先) | 诱导Th1 反应      1 mg    

ODN 2006 (ODN 7909) TLR9 Agonist – Stimulatory CpG ODN, Class B, Human preferred 200 µg
1 mg 
5 mg 
ODN 2006 control (ODN 2137) ODN 2137 : Negative control for ODN 2006 200 µg 
1 mg 
5 mg 
ODN 2006 Biotin TLR9 Agonist – Biotin-labelled CpG ODN 2006, Class B, Human preferred 2 x 50 µg
ODN 2006 FITC TLR9 Agonist – FITC-labelled CpG ODN 2006, Class B, Human preferred 50 µg
ODN 2006-G5 TLR9 Agonist – Stimulatory CpG ODN, Class B, Human preferred 200 µg
1 mg
5 mg 
ODN 2006-G5 control Negative control for ODN 2006-G5 200 µg

ODN 1826——小鼠TLR9激动剂

ODN 1826——小鼠TLR9激动剂

TLR9识别特定的未甲基化的CpG-ODN序列,其只存在于微生物DNA而不存在与哺乳动物的DNA。InvivoGen可提供三种类型的刺激型ODNs:A性、B型和C型,也可提供对照ODNs和抑制型ODNs。
 
CpG ODNs是一种合成的寡核苷酸,在CpG motifs序列处含有非甲基化的CpG二核苷酸,这些CpG motifs在细菌DNA出现的频率为哺乳动物DNA的20倍。CpG ODNs可被toll样受体9识别,诱导很强的免疫刺激效应。
 
ODN 1826属于B型CpG ODNs,为小鼠TLR9的配体。B型CpG ODNs包含一个完整的硫代磷酸酯主体和一个或多个CpG二核苷酸。可强有效的活化B细胞但是弱刺激IFN-α的分泌。
 
ODN 1826 VacciGrade™适用于临床前研究,在严格的无菌条件下制备,确保无菌,并且内毒素含量非常低。
 

产品名称 产品描述 规格 货号
ODN 1826 TLR9 Agonist – Stimulatory CpG ODN, Class B, Mouse specific 200ug tlrl-1826
1mg tlrl-1826-1
5mg tlrl-1826-5
ODN 1826 VacciGrade™ TLR9 agonist – CpG ODN, class B (murine)
Th1 response
1mg vac-1826-1
ODN 1826 control (ODN 2138) ODN 2138 – Negative control for ODN 1826 200ug tlrl-1826c
1mg tlrl-1826c-1
5mg tlrl-1826c-5
ODN 1826 Biotin TLR9 Agonist – Biotin-labelled CpG ODN 1826, Class B, Mouse specific 50ug tlrl-1826b
ODN 1826 FITC TLR9 Agonist – FITC-labelled CpG ODN, Class B, Mouse specific 50ug tlrl-1826f

 
更多TLR9配体相关产品,请咨询上海金畔生物,