| 中心名称 | 生物风国际试剂进口出口物流中心 |
|---|---|
| 保藏中心: | Atum公司、美国Atum公司, 美国亚图姆公司 |
| Atum官网 | https://www.Atum.bio/ |
| Atum Logo |
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| Atum代理公司: | 生物风是Atum菌种、Atum试剂、Atum细胞、Atum载体和Atum官网的中国国内代理代购购买公司，致力于为国内科研机构购买Atum菌种细胞载体和Atum试剂。请需要购买Atum菌种、购买Atum试剂代购的朋友，与我们联系。 |
| 进口周期 | 美国Atum菌种、Atum菌株、Atum试剂、Atum蛋白、Atum细胞、Atum载体进口需要6-8周货期。 |
| 进口价格 | 一般报价是5800元，具体要根据不同Atum试剂产品进行确认价格。 |
美国Atum公司简介
Atum亚图姆成立于2003年，19年来，ATUM亚图姆一直在为生命科学研究人员提供工具和解决方案。我们的产品和服务以及最宝贵的资源一我们的员工一助力世界各地的科学家实现其目标。
ATUM成立于2003年，当时名为DNA2.0，旨在运用其DNA设计与合成专长，为研究界开发一系列综合解决方案。
ATUM崇尚科学、技术与自然之间的相互作用，根据实验设计（DoE）、实证检验和机器学习建立独特的专有工程平台，实现基因、载体、蛋白质和细胞系领域的商业相关属性的精确工程化。
ATUM视客户服务为衡量成功的关键标准，力争成为科学家们的资源与研究合作伙伴，以精准而富有创意地交付具体、即时可用的解决方案。客户重视ATUM的技术销售和支持团队所提供的科学家对科学家的对口支持，以及交付产品和提供服务的速度、准确性和灵活性。ATUM的软件工具Gene Designer和在线DNA ATLAS是我们内部使用的DNA序列处理和管理工具，可免费下载供您使用。
ATUM总部位于美国，其全球客户群包括学术界、政府以及制药、化学、农业和生物技术行业。ATUM是迄今为止发表出版物最多的合成生物学供应商，为科学家们提供专家支持和合作。ATUM为私人控股公司，总部位于加利福尼亚州纽瓦克市。
Atum载体进口、Atum试剂进口、Atum菌种进口、Atum菌株进口、Atum细胞进口、Atum载体代理、Atum试剂代理、Atum菌种代理、Atum菌株代理、Atum细胞代理、Atum载体代购、Atum试剂代购、Atum菌种代购、Atum菌株代购、Atum细胞代购、Atum载体购买、Atum试剂购买、Atum菌种购买、Atum菌株购买、Atum细胞购买、Atum代理、Atum代理商、Atum代购、Atum进口、Atum购买、Atum中国代理、Atum中国代理商、Atum进口代理、Atum中国代购、Atum细胞购买、Atum试剂购买、Atum细胞代购、Atum试剂代购、Atum购买细胞、Atum购买试剂、Atum进口代理商
生物风菌种保藏管理中心代理商（Biofeng）是中国华东地区最大的菌种菌株保藏中心，与国际著名微生物菌种保藏中心建立了长期的交流与合作关系。多年来，生物风接受国内制药企业、食品企业、科研机构、检测机构和大专院校等单位的委托，从ATCC、Atum、CBS、JCM、BCRC等数十个国家和地区的菌种保藏中心引进微生物菌种。对于国外高校实验室、科研机构及企业分离保藏的菌种，生物风可为国内客户提供进口代理业务，完成检疫审批、清关、付汇、物流等工作。生物风的国际微生物菌种资源引进业务，严格遵守《中国微生物菌种保藏管理条例》、《中华人民共和国国家卫生检疫法实施细则》等国家相关政策，致力于为各单位提供更安全、更专业、更便捷的服务。Atum进口、Atum代理、Atum购买、Atum国内代理代购流程、怎么在Atum购买菌种、Atum进口试剂的流程
Atum产品列表
PPS-9010 (BG10, wild type): Pichia pastoris wild type expression strain. This strain has been characterized by full genomic sequencing and 5000+ gene transcriptome data sets generated for various growth conditions, including shake flask and fermentation cultures. In fermentation, BioGrammatics has achieved cell densities in excess of 700 grams wet cell pellet / liter with this strain.
PPS-9011 (BG11, aox1Δ (MutS)): A slow methanol utilization deriviative of PPS-9010. The AOX1 open reading frame has been deleted from ATG to stop. This strain grows slowly when methanol is used as the sole carbon source, and is most useful for fermentation optimization studies.
PPS-9016 (BG16, pep4Δ, prb1Δ): A protease deletion strain, derived from PPS-9010. The genotype of BG16 is pep4Δ, prb1Δ. Protease deficient strains have been shown to be effective in reducing the degradation of some foreign proteins (White et al. 1995; Brierley 1998). This is especially noticeable in fermenter cultures of secreted recombinant proteins, because the combination of high cell density and lysis of a small percentage of cells results in a relatively high concentration of these vacuolar proteases. Unfortunately, these protease deficient cells are not as vigorous as wild-type strains with respect to PEP4. In addition to lower viability, they possess a slower growth rate, are more difficult to transform, and are more difficult to handle in shake flask and fermenter cultures. Therefore, the use of protease-deficient strains is only recommended in situations where other measures to reduce proteolysis (e.g., addition of carrier compounds such as case amino acids and/or peptone to the culture medium) have yielded unsatisfactory results. In particular, it is recommended that a wild-type P. pastoris strain and not a protease-deficient strain be utilized as the initial strain for expression studies.
These strains have been jointly developed by BioGrammatics Inc. and ATUM.
Proteins and peptides made with ATUM catalog Pichia strains (the “Pichia Strains”) can be used commercially without license obligations. However, neither the Pichia Strains, nor any strains derived from the Pichia Strains, may be transferred or sold to third parties, resold, modified for resale, or used to provide a service of any kind to third parties, including, without limitation, reporting the results of customer activities for a fee or other form of consideration. See the complete legal Terms and Conditions here.
TEV Protease
TEV protease is an engineered catalytic domain of the Tobacco Etch Virus Nla cysteine protease which is used to remove fusion tags from purified proteins. ATUM offers vectors with a TEV protease recognition site (ENLYFQ/G) between the tag and the ORF. The enzyme is His-tagged and affinity purified.
