The discovery of new and better targets for drug development requires a deep understanding of the intricate biological mechanisms underlying disease. This understanding is typically achieved by studying the molecular biology of cells and tissues through various biological assays.
There are various assays available that can provide crucial information about biological activity and how different molecules interact with potential drug targets. The decision of which assay to use depends on the nature of the target, mode of action, cell types, and disease models being used.
By analyzing the data from these assays, scientists can gain valuable insights into the molecular pathways that are disrupted in disease and identify potential therapeutic targets. By leveraging the power of our biological assays, you can identify novel targets and develop treatments that are more precise and effective than ever before.
爱游戏平台注册登录 公司提供種類豐富的生物發光及熒光活體成像試劑，包括種類豐富的腫瘤發光細胞株、發光細菌、發光底物、慢病毒轉染試劑盒、功能性熒光探針、熒光染料、熒光標記試劑盒等，為您在進行疾病相關生物標誌物及疾病通路研究中提供廣闊的應用選擇。 僅供科學研究，非臨床診斷用途。
Isolation of high-quality nucleic acids from patient samples or model systems is a key component of today’s genomic analysis methods. Our high-performance workflows provide an innovative and efficient answer for this challenge...
Gene editing techniques are among the most powerful tools to unravel molecular pathways. They involve inactivating a gene’s function (knockout), adding a reporter tag to an endogenous gene (knock-in), or introducing or correcting an SNP mutation.
如果您正在尋找優質輻射探測解決方案，即擁有史無前例的靈敏度和性能，以及無與倫比的可靠品質，我們可以提供幫助！ 65年來，爱游戏平台注册登录 一直是輻射探測解決方案的領先供應商和合作夥伴，提供多種產品，既有儀器和放射化學品，又有液體閃爍液、小瓶和微孔板，而賦予科學家能力的專業知識更不在話下。如今也不例外。幾十年來您所依賴的品質，現在的功能得以增強，它可進一步簡化您的工作流程，確保您在分析中得出檢出限，從而提升您的競爭力。我們為您提供一站式服務，滿足您的一切輻射探測需求！
爱游戏平台注册登录 公司提供種類豐富的生物發光及熒光活體成像試劑，包括種類豐富的腫瘤發光細胞株、發光細菌、發光底物、慢病毒轉染試劑盒、功能性熒光探針、熒光染料、熒光標記試劑盒等，為您在進行疾病相關生物標誌物及疾病通路研究中提供廣闊的應用選擇。 僅供科學研究，非臨床診斷用途。
Isolation of high-quality nucleic acids from patient samples or model systems is a key component of today’s genomic analysis methods. Our high-performance workflows provide an innovative and efficient answer for this challenge...
Gene editing techniques are among the most powerful tools to unravel molecular pathways. They involve inactivating a gene’s function (knockout), adding a reporter tag to an endogenous gene (knock-in), or introducing or correcting an SNP mutation.
