5周标准鼠单抗佐剂

5周标准鼠单抗佐剂

货号:
Q8090

品牌:
Jinpan

产品简介
别名 5周标准鼠单抗 多抗制备佐剂
英文名称 SoFastAntibody-Mouse5W
储存条件 2-8℃ 切勿冻存!
单位
规格 1ml

用途:

通过 5 周 2 针的标准免疫程序制备小鼠单克隆和多克隆抗体,ELISA 滴度(Cutoff值为 0.1000)可达到 1:10000~1:10000000。

弗氏完全佐剂

弗氏完全佐剂

货号:BS156-10ml

规格:10ml

品牌:Biosharp

产品简介:
弗氏佐剂是研究中最常用的佐剂之一。它被用作油包水乳剂。它由不可代谢的油(石
蜡油和甘露醇单油酸酯)制备。如果它还含有杀死的结核分枝杆菌,它被称为完全弗氏佐剂。如果没有细菌,它就是不完全的弗氏佐剂。Freund 的佐剂最初是由 Jules Freund 在 20世纪 40 年代开发的,其设计目的是提供刺激强而持久的免疫反应所必需的抗原的持续释放。Freund 佐剂的主要缺点是它能引起肉芽肿、接种部位的炎症和损伤。完全弗氏菌中的分枝杆菌将巨噬细胞和其他细胞吸引到注射部位,从而增强免疫反应。因此,完全的弗氏佐剂用于初始注射。
别名:FCA
外观(性状):透明,略带乳白色
储存条件:2~8℃
单位:瓶
有效期:2 年
成分:每毫升含有 1 毫克热灭活和干燥的结核分枝杆菌(菌株 H37RA,ATCC 25177),
0.85 毫升石蜡油和 0.15 毫升甘露醇单油酸盐。
使用方法:
1.如果使用完全弗氏佐剂,旋涡或摇匀使分枝杆菌重新悬浮。
2.将抗原(最好在生理盐水中)与等量的佐剂混合形成乳状液。
3.如果将所得乳液置于盐水溶液表面进行测试,则乳液应非常厚,一滴乳液不应分散。
4.将乳剂转移到注射器中。排出所有空气。添加适当尺寸的针。样品现在可以注射了。
(注:使用过程仅供参考,请根据具体实验要求结合文献进行使用)。
注意事项:
1、本产品仅限于专业人员的科学研究用,不得用于临床诊断或治疗和食品及药品行业。
2、为了您的安全和健康,请穿实验服并戴一次性手套操作。
货号 BS156-10ml
规格 10ml
品牌 Biosharp
说明书下载 点击下载

3周标准鼠单抗佐剂

3周标准鼠单抗佐剂

货号:
Q8091

品牌:
Jinpan

产品简介
别名 3周快速鼠单抗佐剂 多抗制备佐剂
英文名称 SoFastAntibody-Mouse3W
储存条件 2-8ºC 切勿冻存!
单位
规格 1ml

用途: 

    通过 3 周 2 针的快速免疫程序快速制备小鼠单克隆和多克隆抗体, ELISA 滴度 (Cutoff值为 0.1000)可达到 1:10000-1:100000 或更高。

2周标准鼠单抗佐剂

2周标准鼠单抗佐剂

货号:
Q8092

品牌:
Jinpan

产品简介
别名 2周快速鼠多抗制备佐剂
英文名称 SoFastAntibody-Mouse2W
储存条件 2-8ºC 切勿冻存!
单位
规格 1ml

用途:

    通过 2 周 2 针的快速免疫程序快速制备小鼠多克隆抗体,ELISA 滴度(Cutoff 值为0.1000)可达到 1:1000-1:10000 或更高。

8周标准兔多抗制备佐剂

8周标准兔多抗制备佐剂

货号:
Q8080

品牌:
Jinpan

产品简介
别名 8周标准兔多抗制备佐剂
英文名称 SoFastAntibody-Rabbit8W
储存条件 2-8ºC 切勿冻存!
单位
规格 1ml

用途: 

   通过 8 周 3 针的标准免疫程序制备兔子多克隆抗体, ELISA 滴度 (Cutoff 值为 0.1000)可达到 1:10000-1:1000000。

氢氧化铝佐剂(明矾佐剂)

氢氧化铝佐剂(明矾佐剂)

货号:
77161

品牌:
Thermo

产品简介
英文名称 Imject™ Alum Adjuvant
储存条件 RT
规格 50ml
氢氧化铝佐剂(明矾佐剂)产品特点:
氢氧化铝和氢氧化镁的悬浊液。
温和而有效的佐剂,用于实质免疫原。
即用型:可直接将抗原与Imject明矾混合并进行注射。

不会引出像FCA那样强的免疫应答,需要强免疫原。

Description:

Imject Alum, 50mL, contains an aqueous solution of aluminum hydroxide (40mg/mL) and magnesium hydroxide (40mg/mL) plus inactive stabilizers
Storage: Upon receipt store at room temperature. Product shipped at ambient temperature.
Note: This product is supplied for research or manufacturing applications only and is not intended for clinical use.
Introduction:
Generating a strong immune response with immunogens can be a slow and inefficient process. Adding an adjuvant, such as Thermo Scientific Imject Alum, to the antigen stimulates an improved immune response compared to the antigen alone. Adjuvants increase the immune response by localizing antigen for an extended time and attracting the appropriate cells (T cells, B cells and APC) to interact with the immunogen and each other. Adjuvants are mixed and injected along with antigen to prevent catabolism.
Alum is frequently used as an alternative to Freund’s adjuvants because alum is less hazardous. Although Freund’s complete and incomplete adjuvants produce a stronger, longer lasting immunogenic response compared to other adjuvants, they are hazardous to the researcher and can produce lesions at the injection site.
A traditional drawback when using alum is the reagent preparation time; however, Imject Alum is preformulated and simply requires mixing with the antigen and then injection into the animal. Imject Alum provides an effective and convenient alternative to the more hazardous Freund’s reagents. This product can be used with any immunogen kit for preparing hapten-carrier conjugates.
Protocol for Mixing Immunogen with the Imject Alum
Note: To avoid anaphylaxis, do not use adjuvants for intravenous injection.
1.Shake the capped bottle of Imject Alum well before use.
2.Add Imject Alum dropwise with constant mixing to the immunogen solution so the final volume ratio of Imject Alum to immunogen is 1:1 (e.g., add 100μL of Imject Alum to 100μL of immunogen) to 1:3 (e.g., add 100μL of Imject Alum to 300μL of immunogen solution).
3.Continue mixing for 30 minutes after adding the Imject Alum. Mixing allows the Imject Alum to effectively adsorb antigen.
4.Immunize animal according to standard protocol (see Harlow and Lane, 1988, for more information). The immunogen concentration before mixing with alum and the species being tested will determine injection amount. Generally, 50-100μg of immunogen is used per mouse per immunization. Rabbits require 100μg of immunogen per injection at each subcutaneous site. For rabbit or mouse, a typical concentration of immunogen (before mixing with Imject Alum) is 100μg per 100μL.