Презентация на тему The nobel prize in chemistry 2014: fluorescence microscopy

Содержание

2. Nobel Prize in Chemistry was awarded to
3. Method of fluorescence microscopy - painting objects
4. Eric Betzig Born: 1960, Ann Arbor, USA
5. Stefan W. Hell Born: 1962, Arad,
6. William E. Moerner Born: 1953 Affiliation at
7. (Вид микротрубок в оптический микроскоп и с помощью флоурeсцентной микроскопии.)
8. Scientists invented and synthesized various molecules that
9. Specific molecule is attached to a specific
10. Mouse after the action method of fluorescence microscopy
11. Scientists with fluorescence microscopy technique and technical
12. In his presentation, we used material from these sources: http://neochapay.livejournal.com/346075.html http://gigamir.net/techno/pub1156577 http://www.nobelprize.org/
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Nobel Prize in Chemistry was awarded to Eric Betzig, Stefan W. Hell and William E. Moerner for fluorescence microscopy studies. Scientists awarded for the solution of a problem, but by two different methods: Hell has

Presentation «The Nobel Prize in Chemistry 2014: fluorescence microscopy.»prepared a 2nd

Method of fluorescence microscopy - painting objects with special non-toxic substances capable

Eric Betzig Born: 1960, Ann Arbor, USA Affiliation at the time of

Stefan W. Hell Born: 1962, Arad, Romania Affiliation at the time

William E. Moerner Born: 1953 Affiliation at the time of the award:

(Вид микротрубок в оптический микроскоп и с помощью флоурeсцентной микроскопии.)

Scientists invented and synthesized various molecules that are

Specific molecule is attached to a specific protein in certain quantities, so

Mouse after the action method of fluorescence microscopy

Scientists with fluorescence microscopy technique and technical innovations were able to overcome

In his presentation, we used material from these sources: http://neochapay.livejournal.com/346075.html http://gigamir.net/techno/pub1156577 http://www.nobelprize.org/

Слайды презентации

Слайд 2 Nobel Prize in Chemistry was awarded to Eric

Nobel Prize in Chemistry was awarded to Eric Betzig, Stefan W.

Betzig, Stefan W. Hell and William E. Moerner for

fluorescence microscopy studies. Scientists awarded for the solution of a problem, but by two different methods: Hell has developed the so-called STED-microscopy and Betzig and Moerner - single-molecule microscopy.

Слайд 3 Method of fluorescence microscopy - painting objects with

Method of fluorescence microscopy - painting objects with special non-toxic substances

special non-toxic substances capable of light when irradiated with

ultraviolet rays. This method gave better resolution than visual.

Слайд 4 Eric Betzig Born: 1960, Ann Arbor, USA Affiliation at the

Eric Betzig Born: 1960, Ann Arbor, USA Affiliation at the time

time of the award: Janelia Research Campus, Howard Hughes

Medical Institute, Ashburn,USA Prize motivation: "for the development of super-resolved fluorescence microscopy" Field: physical chemistry

Слайд 5 Stefan W. Hell Born: 1962, Arad, Romania Affiliation at

Stefan W. Hell Born: 1962, Arad, Romania Affiliation at the

the time of the award: Max Planck Institute for

Biophysical Chemistry, German Cancer Research Center Prize motivation: "for the development of super-resolved fluorescence microscopy "Field: physical chemistry

Слайд 6 William E. Moerner Born: 1953 Affiliation at the time of

William E. Moerner Born: 1953 Affiliation at the time of the

the award: Stanford University, Stanford, CA, USA Prize motivation: "for

the development of super-resolved fluorescence microscopy" Field: physical chemistry

Слайд 7 (Вид микротрубок в оптический микроскоп и с помощью

флоурeсцентной микроскопии.)

Слайд 8 Scientists invented and synthesized various molecules that are

"attached" to the protein and when exposed to ultraviolet

radiation emit visible light.

Слайд 9 Specific molecule is attached to a specific protein

Specific molecule is attached to a specific protein in certain quantities,

in certain quantities, so that scientists can trace which

molecule is involved in various processes. Active and inactive proteins have slightly different formulas that scientists can observe the activation of proteins.