Nanotechnology: A focus on nanoparticles as a drug delivery system.在药剂学/药物传递系统课程中,你学习药物是如何投入体内、和在体内被吸收、和清除的。
In courses on pharmaceutics/drug delivery systems, you learn how drugs are administered to, absorbed into, and eliminated from the body.预计医药行业的新思路,特别是通过药物传递,实时成像,以及新的治疗方法。
The pharmaceutical industry expects new ideas especially through drug delivery, vivo imaging, and new therapies.
But the drug delivery device is really just a proof of concept, he says.Combinations with other parts of speech
这表明,一种封装形式的D-PDMP是一种更好的药物传递方法。
This suggests that an encapsulatedform of D-PDMP is a better method of drug delivery.阿尔兹海默症继续吸引着大量的投资,特别是新的生物疗法,比如抗体药物传递系统和反义寡核苷酸。
Alzheimer's disease continues to attract a high level of investment,particularly regarding new biologic approaches such as antibody drug delivery systems and antisense oligonucleotides.近年来,常用的纳米技术应用或开发的药品有助提高药代动力学及药物传递专门到中枢神经系统病区。
In recent years, the application of nanotechnologies as commonly used ordeveloping medicines has served to improve pharmacokinetics and drug delivery specifically to CNS-diseased areas.生物化学家正致力于合成vaterite,因为它有可能用于药物传递,但这并不容易。
Biochemists are working to syntheticallymanufacture vaterite as it has potential for use in drug delivery, but it is not easy to make.在未来,这些蛋白质纳米结构可以用来提高传感能力,加速化学反应,在药物传递和其他应用。
In the future, these protein nanostructures could be used to improve sensing capabilities,speeding chemical reactions, in drug delivery and other applications.该课程的目的是覆盖那些在与由教授指定的原始文献的学生驱动讨论扩大特定药物传递的主题。
The course is designed to cover specific drug delivery topics that are expanded upon with student driven discussions of primary literature assigned by the professor.而设计一种具有这2种对立属性的载体是实现药物传递的主要挑战。
Designing a vehicle with these two opposingproperties is the major challenge in the field of drug delivery.研究结果表明,将这种单体添加到聚合物中进行药物传递或成像可以帮助它们更快地从体内清除。
The findings suggest that adding this monomer to polymers for drug delivery or imaging could help them be cleared from the body more quickly.申博士希望在未来两到三年内制造出一种可生物降解的机器虫,这样它就可以在完成药物传递任务后自然分解。
In the next two to three years they hope to create a biodegradable version thatwill decompose naturally after it has completed its drug delivery.
The modern drug delivery technology is only 60 years old.
Understanding its makeup could lead to better drug delivery within the brain.Nanocarriers细胞介导的药物输送的设计可能不同于那些用于常规药物传递系统;.
The design of nanocarriers for cell-mediated drugdelivery may differ from those used for conventional drug delivery systems;可吸入的药物传递系统是一个更有效的方法,尽可能只针对癌细胞。
A drug delivery system that can be inhaled isa much more efficient approach, targeting just the cancer cells as much as possible.我们的药物传递REG医学工程重点基础CRISPR/cas9疗法更有效,更安全的基因编辑。
Our drug delivery reg medicine projects focus on CRISPR/Cas9 based therapeutics for more effective and safer gene editing.其中,Immusoft,一个公司,计划进行一场革命领域的药物传递在我们的机构。
Among them is Immusoft,a company that aims to revolutionize how medicines are delivered to our bodies.在人类和动物身上的研究表明,环糊精可以用于改善几乎任何药物配方中的药物传递。
Studies in both humans andanimals have shown that CDs can be used to improve drug delivery from almost any type of drug formulation.目前,研究人员开发出一种新的抗癌药物传递方法,基本上可在药物触发其释放之前,将其传递癌细胞中。
Researchers have reportedly developed an anti-cancer drug delivery method that essentially smuggles the drug into cancer cell prior to its release.Shen博士补充说:“我们希望在未来两到三年内制造出一种可生物降解的机器人,这样它就可以在药物传递任务后自然分解。
We are hoping to create a biodegradable robot in thenext two to three years so it will decompose naturally after its meds delivery mission.”.
I would never have thought it was something that could deliver drugs.目前,科学家使用超声波的长波脉冲来传递药物,这可能会引起副作用。
Scientists currently use long-wave pulses of ultrasound to deliver drugs, which can cause side effects.在森林银行监狱内拍摄的令人震惊的镜头显示囚犯从他的身体传递药物.
Shocking footage taken insideForest Bank prison shows inmate pass drugs from his body.李据悉创造纳米尺寸的管可能可注射到体内以便进行有针对性的药物有效传递。
Li learned to create nano-sized tubes that can potentially be injected into the body to enable targeted,efficient delivery of drugs.
How molecular machinesmay drive the future of disease detection and drug delivery.