20
THE CELL: A WORLD FULL OF SCIENCE JUAN RICARDO GAVIRIA GARCÍA III SEMESTER

Folding Molecular Biology

Embed Size (px)

DESCRIPTION

Juan Ricardo Gaviria Garcia

Citation preview

Page 1: Folding Molecular Biology

THE C

ELL: A

WORLD

FULL

OF SCIE

NCE

JUAN R

ICARDO G

AVIR

IA G

ARCÍA

III SEM

ESTE

R

Page 2: Folding Molecular Biology
Page 3: Folding Molecular Biology

FOLDING

Page 4: Folding Molecular Biology

INTRODUCTION

• Knowing the cell is important for understanding biological sciences.

• Start point for basic sciences and application in biotechnology and medicine.

• Cell: group of organelles with an specific function for the organism.

• Use of technology and modern programs.

Page 5: Folding Molecular Biology

“25 YEARS OF DNA ON

COMPUTERS”

Science Daily – January 3,

2014

Page 6: Folding Molecular Biology

“25 YEARS OF DNA ON COMPUTERS”

• DNA is a recent area of study, but it has already given a major contribution to knowledge in this field.

• Studies supplemented by research in silico.

Page 7: Folding Molecular Biology

“25 YEARS OF DNA ON COMPUTERS”

• We are able to make far more detailed and predictive simulations, which allow us to lead the work of experimental researchers in previously unthougth-of directions.

Page 8: Folding Molecular Biology

“25 YEARS OF DNA ON COMPUTERS”

The future researchs in silico are to understand in detail the dynamics of gene expression and to identify precisely where the chromosomes

are whe the DNA unravels in the nucleus.

Page 9: Folding Molecular Biology

OBSERVATION

This “technological” studies don’t have any problem, but there will

be with the way that we focus investigations,

every time we have to be more careful with all

the social and moral conditions they have.

Page 10: Folding Molecular Biology

“NEW TECHNIQUES TARGETS SPECIFIC AREAS OF CANCER

CELLS WITH DIFFERENT DRUGS”

Science Daily – January 6,

2014

Page 11: Folding Molecular Biology

“NEW TECHNIQUES TARGETS SPECIFIC AREAS OF CANCER CELLS WITH DIFFERENT DRUGS”

• Nanoparticles with two different drugs that takes different mechanism of action.

• Cancer cells can develop resistance to chemotherapy drugs, not to different drugs delivered simultaneously.

Page 12: Folding Molecular Biology

“NEW TECHNIQUES TARGETS SPECIFIC AREAS OF CANCER CELLS WITH DIFFERENT DRUGS”

Page 13: Folding Molecular Biology

“NEW TECHNIQUES TARGETS SPECIFIC AREAS OF CANCER CELLS WITH DIFFERENT DRUGS”

Different drugs can be released at the right time in the right places. This research can be

scaled up for large-scale manufacturing.

Page 14: Folding Molecular Biology

OBSERVATION

We are closer to the cure for cancer and it will be more easier than it likes. By the

way, we are demontsraiting how

powerful are our investigators and how

far we can go.

Page 15: Folding Molecular Biology

MEDICAL

UTILITY

Page 16: Folding Molecular Biology

MEDICAL UTILITY

Technology is improving medical technics. The progress of the medicine is by the hand with the

technological, so know the new therapies are very dependent of computers or programs that makes

them easier.

Page 17: Folding Molecular Biology

MEDICAL UTILITY

A lot of pathologies that in past where incurables, know we are getting closer for the

cure. This involved a lot of time trying and trying, but we finally will get it.

Page 18: Folding Molecular Biology

MEDICAL UTILITY

The nanoparticles with two different drugs alleviate many symptoms just with one pill, increasing the effective and specific action of the medicaments.

Page 19: Folding Molecular Biology

BIBLIOGRAPHY

• MARTÍNEZ SÁNCHEZ, Lina María. Biologia molecular. 7. ed. Medellin: UPB. Fac. De Medicina, 2012. p7

• Sissa Medialab. “25 years of DNA on computers.” ScienceDaily. ScienceDaily, 3 January 2014. www.sciencedaily.com

• North Carolina State University. “New technique targets scpecific areas of cancer cells with different drugs.” ScienceDaily. ScienceDaily, 6 January 2014. www.sciencedaily.com

Page 20: Folding Molecular Biology

THANKS