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12
10/2024
接受基因疗法治疗罕见病后,7 名儿童患上血癌
接受基因疗法治疗罕见病后,7 名儿童患上血癌
在接受青鸟生物基因疗法治疗罕见神经疾病的67名儿童中,目前为止有7位患上血癌,其中1位不幸去世
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26
09/2024
超紧凑的TnpB基因编辑工具,编辑效率高达75%
超紧凑的TnpB基因编辑工具,编辑效率高达75%
TnpB系统不仅体积小巧,而且具备强大的基因编辑能力,为基因编辑技术带来了新突破
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27
06/2024
RNA合成技术的重大突破:长度达到300nt
RNA合成技术的重大突破:长度达到300nt
图维生物医药科技(苏州)有限公司致力于RNA合成的研究和开发,近日,我们公司在RNA合成领域取得了令人瞩目的突破,成功合成了长度达到300nt的RNA分子。这一进展不仅彰显了我们在技术上的领先地位,更为生物医药研究和应用带来了新的可能性。
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24
06/2024
New Breakthrough in Gene Editing: eePASSIGE System
New Breakthrough in Gene Editing: eePASSIGE System
Recently, David Liu's team has made another breakthrough in gene editing technology. The new system, eePASSIGE, can insert exogenous fragments up to 10kb in length, with an integration efficiency 16 times higher than previous systems.
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19
06/2024
200nt RNA的酶促合成
200nt RNA的酶促合成
近日,我公司苏州图维生物在RNA的合成中又一次取得了进步,依托我们的技术平台nMECA,我们已成功实现了200nt RNA的酶促合成。
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09
05/2024
Strategies for Precise Genome Editing: A Dive into sgRNA Design
Strategies for Precise Genome Editing: A Dive into sgRNA Design
In the realm of genome editing, precision is paramount. Scientists strive to achieve pinpoint accuracy when manipulating genetic material, whether for basic research or therapeutic applications. One of the key tools enabling this precision is the single-guide RNA (sgRNA). In this blog post, we'll explore various strategies for designing sgRNAs to facilitate precise genome editing.
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