Difference: ProteinNmrCourse (1 vs. 18)
Revision 1810 Dec 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c * schwieters-ccny-2018.pdf: Xplor-NIH * 2018-11_NYSBC_NMR_-_isotope_labeling.pdf: module_11a * Lecture_12a.pdf: Accuracy and Precision of NMR structures * Lecture_12b_IDP18a.pdf: Intrinsically disordered proteins * ABCs_of_NUS_CUNY_2018.pdf: Lecture_13a * Robustelli_NYSCB_1129.pdf: Lecture_13b | |||||||||||||||||||||||||||||||||||||||||
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Revision 1703 Dec 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c * schwieters-ccny-2018.pdf: Xplor-NIH * 2018-11_NYSBC_NMR_-_isotope_labeling.pdf: module_11a * Lecture_12a.pdf: Accuracy and Precision of NMR structures * Lecture_12b_IDP18a.pdf: Intrinsically disordered proteins * ABCs_of_NUS_CUNY_2018.pdf: Lecture_13a | |||||||||||||||||||||
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Revision 1630 Nov 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c * schwieters-ccny-2018.pdf: Xplor-NIH * 2018-11_NYSBC_NMR_-_isotope_labeling.pdf: module_11a * Lecture_12a.pdf: Accuracy and Precision of NMR structures * Lecture_12b_IDP18a.pdf: Intrinsically disordered proteins | |||||||||||||||||||||||||||||
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Revision 1516 Nov 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c | |||||||||||||||||||
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| > > | * schwieters-ccny-2018.pdf: Xplor-NIH * 2018-11_NYSBC_NMR_-_isotope_labeling.pdf: module_11a * Lecture_12a.pdf: Accuracy and Precision of NMR structures * Lecture_12b_IDP18a.pdf: Intrinsically disordered proteins | ||||||||||||||||||
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Revision 1412 Nov 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c**Registered Students**
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Revision 1301 Nov 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes | |||||||||||||||||
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| > > | * NMRBox_NMR_Lecture1_post.pptx.pdf: Lecture_10a NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10b * AUS_NMR_Lecture5.pdf: lecture_10c | ||||||||||||||||
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| > > | * NMRBox_NMR_Lecture1_post.pptx.pdf: NMRBox_NMR_Lecture1_post.pptx.pdf * NMRBox_NMR_Lecture2_post.pptx.pdf: Lecture_10 * AUS_NMR_Lecture5.pdf: lecture_10c | ||||||||||||||||
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Revision 1231 Oct 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz | |||||||||||||||||||||||||||||||||||||
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| > > | * Lecture_ 10 NMR relaxation and dynamic pre-class video "Principles of Nuclear Spin Relaxation, Part1" : http://comdnmr.nysbc.org/comd-nmr-educ/comd-nmr-lecture-notes | ||||||||||||||||||||||||||||||||||||
**Registered Students**
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Revision 1125 Oct 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials * Lecture_8.pdf: Genertation of constraints for structural calculations | |||||||||||||||||||
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| > > | * Lecture_9.pdf: Xplor-NIH * Lecture_ 9 Xplor-NIH tutorial zip file can be found at: http://nmr.cit.nih.gov/xplor-nih/xplor-nih-tutorial.tgz | ||||||||||||||||||
**Registered Students**
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Revision 1017 Oct 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials | |||||||||||||||
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| > > | * Lecture_8.pdf: Genertation of constraints for structural calculations | ||||||||||||||
**Registered Students**
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Revision 909 Oct 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* UPDATED_Protein_NMR_Spec_Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR * Lecture_5a.pdf: Protein NMR - the HSQC experiment and variants * Lecture_6.pdf: Side-Chain Experiments | |||||||||||||||||||||||||||||||||
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| > > | * Lecture_ 7 NMR processing link: https://nmrfx.org/tutorials | ||||||||||||||||||||||||||||||||
**Registered Students**
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Revision 809 Oct 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision | |||||||||||||||||||||||
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| < < | * Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus | ||||||||||||||||||||||
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Biomolecular
NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR | |||||||||||||||||||||||
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**Registered Students**
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Revision 704 Oct 2018 - Main.ShibaniBhattacharya
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR**Registered Students**
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Revision 627 Sep 2018 - Main.ShibaniBhattacharya
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR**Registered Students**
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Revision 517 Sep 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes* Module_2a.pdf: NMR Basics * Module_2b.pdf: Pulse field NMR * Lecture_3a.pdf: Quantum mechanics of spin * Lecture_3b.pdf: Semi-classical theory of NMR- Density operator | ||||||||||||
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| > > | * Lecture_4a.pdf: Product operators and applications * Lecture_4b.pdf: Fourier transform NMR | |||||||||||
**Registered Students**
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Revision 411 Sep 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision* Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notes | ||||||||||||
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Revision 308 Sep 2018 - Main.RonnieGhose
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Protein NMR Course -- Fall 2018 | ||||||||||||
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CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box . | ||||||||||||
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These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuse
Active participantsCourse formalities
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SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revision | ||||||||||||
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Take-home
Midterm Exam (50 %) and Presentations (50 %)Lecture Notes | ||||||||||||
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Revision 204 Sep 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018a26 1
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .a29 1 These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revisiona40 1 * Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & Applications | ||||||||||||
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**Time: 2-5 PM, Thursdays**
**Place: Room A11 NYSBC*
a49 1
Take-home
Midterm Exam (50 %) and Presentations (50 %)Lecture Notesa51 1 * Module_1.pdf: NMR Basics * Module_2.pdf: Pulse field NMR a55 1**Registered Students**
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Revision 127 Aug 2018 - Main.MichaelGoger
Contents
Protein NMR Course -- Fall 2018a26 1
CUNY GRADUATE CENTER Office of the Registrar The Graduate Center 365 Fifth Avenue, Room 7201 New York, NY 10016-4309 Email: registrar@gc.cuny.edu Phone: (212) 817-7500 Fax: (212) 817-1627 www.gc.cuny.edu Any other questions? see Protein Nmr Course FaqsA fundamental course for non-expert users. Room A-11 once /week, 15 weeks.
Request for enrollment, or other comment, by typing below and pressing the "ADD COMMENT" box .a29 1 These pages are actively managed on the NYSBC Twiki site. You can register there easily through http://www.nysbc.net/twikiuse or nysbc.org/twikiuseActive participantsCourse formalities
FACULTY
SYLLABUS TOPICS -- to be organized into individual lectures DRAFT subject to revisiona40 1 * Protein_NMR_Spectroscopy-Fall_2018.pdf: Syllabus Biomolecular NMR Spectroscopy – Principles & ApplicationsLecture Notesa51 1 * Module_1.pdf: NMR Basics * Module_2.pdf: Pulse field NMR a55 1**Registered Students**
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