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USP定量核磁研讨会 / USP Quantitative NMR Symposium
录音中...
上午8:30-12:00(北京时间)
2021年11月17-18日
7:30 pm-11:00 pm(Est.)
November 16-17, 2021
本次会议为网络会议，免费开放
请填写以下报名信息、完成会前调研问卷
参会链接将于会前一周内发送至参会者邮箱
Please fill-in registration info. and pre-conference survey for registration of the free live webinar. Access link will be sent to your email within a week before the webinar.
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基本信息
Basic Information：
姓名 NAME:
姓名 NAME:
公司名称 COMPANY NAME:
公司名称 COMPANY NAME:
部门 DEPARTMENT:
部门 DEPARTMENT:
职位 TITLE:
职位 TITLE:
电话 TEL:
电话 TEL:
邮箱 EMAIL:
邮箱 EMAIL:
国家/地区 COUNTRY/REGION:
国家/地区 COUNTRY/REGION:
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为了更好地了解您的参会需求，请填写如下问卷，完成问卷需约2-3分钟,感谢！
Please fill-in pre-conference survey for better understand your request to the webinar,it will take about 2-3 minutes to complete.Thank you.
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1. 在工作中您使用到定量核磁的频率情况如何?
How frequently do you use qNMR in your work?
每周一次或更多 Once a week or more
每月一次或更多 Once in a month or more
从未使用过 Never/not yet
经常用到 All the time
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2.在您的团队中，有多少人使用过定量核磁?
How many people use qNMR where you work?
0
1-3
4-7
7+
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3.您目前(预期)在什么情况下会使用定量核磁?
What is the nature of your current or anticipated qNMR use?(Select all that apply)
【Multiple】
这是最好的选择，尽管存在其他可行的技术 Best option available even though other viable technique exists
作为全面的优先选择的目标之一 Being the all-round preferred option for a wide range of targets
当其他方法如色谱不适用时的替代选择 Alternative when HPLC or other technique is not feasible
其他,请详述 Other, please describe:
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4.您分析的目标化合物为以下哪些?
What are your analytes of interest? (Select all that apply):
【Multiple】
小分子(如化学药物,天然产物,及食品成分分析) Small molecules (e.g., target medicinal chemicals, natural products and food ingredients for assay)
基质中的杂质 Impurities in matrix
聚合物(如辅料) Polymeric (e.g., excipients)
生物大分子 Biological molecules
其他,请详述 Other, please describe:
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5.如果USP提供定量核磁的培训课程，您希望是哪方面的?
If a USP Education qNMR course was to become available, which topics are you interested in(Select all that apply):
【Multiple】
定量核磁原理 qNMR principles
定量核磁方法开发验证惯例 Best practice of qNMR method development and/or validation
(定量)核磁数据(库)应用(q)NMR data(base) applications
其他,请详述 Other, please describe:
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6.在您看来，定量核磁技术被制药行业广泛采用，哪些方面是关键?
What, in your opinion, may contribute to broader adoption of quantitative NMR methods as a routine measurement technique in the pharmaceutical industry? (Select all that apply):
【Multiple】
降低仪器成本 Lower cost of instrumentation
使用先进算法进行数据处理及分析 Use of advance algorithms for data processing and analysis
建立相关定量核磁质量控制标准 Establishment of qNMR standards for quality control environment
其他,请详述 Other, please describe:
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7.您所在的机构是否有台式核磁?
Does your organization have benchtop NMR capabilities?
有 Yes
无 No
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8.您目前(预期)在什么情况下会使用台式核磁?
What is the nature of your current or anticipated benchtop applications in your organization? (Select all that apply):
【Multiple】
完全使用台式机,台式机可以提供先进的功能 Completely, advanced features and benefits of benchtop NMR
当高场核磁没有时作为替代使用 Alternative when high field NMR is not available
当色谱或其他方法没有时作为替代 Alternative when HPLC or other techniques is not feasible
当使用其他核谱更方便时(如17F, 31P),除了1H and 13C Looking for conveniently accessing to other nuclei (e.g., 17F, 31P, etc) (q)NMR, except 1H and 13C
其他,请详述 Other, please describe:
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9.在未来的12个月内，您是否会提升或增加你们团队的定量核磁的使用(可能性从0到10评分)?
How likely are you to add more qNMR capabilities in the next 12 months? (on a scale from 0 to 10)
1
2
3
4
5
6
7
8
9
10
可能性 How likely
可能性 How likely
Evaluation object score
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