SlideShare a Scribd company logo
1 of 18
HISTORY OF MEDICAL BIOTECHNOLOGY
„97
„98
„99
„00
„01
„02
„03
„04
„05
„06
„07
„08
„09
„10
„11
„12
1997
 First artificial human chromosome created.
Genetic cassette is created with natural and synthetic DNA.
This combination could possibly be customized and used in
gene therapy.
 FDA approves:
“the first therapeutic antibody to treat cancer in the U.S.”
“the first bloodless HIV-antibody test that use cells from patients‟
gums.”
“a recombinant follicle stimulating hormone to treat infertility.”
 At the Institute for Genomic Research, scientists sequence
the genome for the organism related to stomach ulcers and
the pathogen of Lyme disease.
http://biotechnology.amgen.com/timeline-medical-biotechnology
Back to TImeline
1998
 For the first time, human skin was created in a lab.
 Embryonic stem cells are used to create disorders and
mimic certain diseases and to regenerate tissue.
 Vaccine for Lyme disease is created.
 “A monoclonal antibody therapy used against breast cancer
has favorable results, heralding a new era of treatment
based on molecular targeting of tumor cells.”
http://biotechnology.amgen.com/timeline-medical-biotechnology
Back to TImeline
1999
 The entire genetic code of the human chromosome is
decoded.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2000
 A rough draft of the human genome is completed by
scientist at the Human Genome Project and Celera
Genomics
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2001
 Magazines having to do with nature and science publish the
human genome sequence. This makes the sequence
viewable to scientists all over the world. This sequence can
be used to start researching possible new treatments for
genetic diseases like heart disease, cancer, Alzheimer’s and
Parkinson’s disease.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2002
 Major genomes of the mouse, chimpanzee, dog and
hundreds of other organisms are completed.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2003
 The human genome sequencing is finished by NIH and
Celera.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2004
 “The FDA approves the first monoclonal antibody that is
an antiangiogenic, inhibiting the growth of blood
vessels—or angiogenesis—for cancer therapy.”
 A DNA microarray test system that helps in choosing
medications for different conditions is cleared by the FDA.
*This is important because is a step forward to personalized
medicine.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2005
 No major changes
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2006
 The FDA approves a vaccine preventing the human
papillomavirus. The human papillomavirus can cause
cervical cancer and genital warts.
 The 3-D structure of the human immunodeficiency virus
(causing AIDS) is created.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2007
 Scientists use human skin cells to create embryonic stem
cells.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2008
 In Japan, chemists design and create the first DNA molecule
made mostly by artificial parts. *Improves quality of gene
therapy.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2009
 “President Barack Obama signs executive order freeing up
federal funding for broader research on embryonic stem
cells.”
 New genes related to Alzheimer’s disease are found. *Helps
get closer to find therapies and diagnostics for it.
 First clinical trial using embryonic stems cells is initiated.
Back to TImeline
http://biotechnology.amgen.com/timeline-medical-biotechnology
2010
 J. Craig Venter creates “the first fully synthetic, self-
replicating bacterial cell, which was named Synthia.”
 A temporary block on the use of federal dollars for ESC
research is put back on.
 Anti-obesity therapies have stalled but has moved forward
as a key event.
 The attempt of legalizing medical marijuana is contemplated.
http://www.genengnews.com/insight-and-intelligenceand153/2010-in-review-
biotechnology-highlights/77899354/
Back to TImeline
2011
 Because of the economy, funding for innovations continue
to decline.
 There is more skewed funding
 FDA approves “cord blood therapy to be used in
hematopoietic stem cell transplantation procedures in
patients with disorders affecting the hematopoietic (blood
forming) system. “
http://biotechnology.amgen.com/timeline-medical-biotechnology
http://www.ey.com/GL/en/Industries/Life-Sciences/Beyond-borders-
-global-biotechnology-report-2011
Back to TImeline
2012
 There is a huge increase in drug approvals in the industry.
 FDA approved 39 new medicines. This is a 30% increase
from a year ago.
 “Osiris Therapeutics, Inc., having developed the world's
first approved stem cell drug”
http://finance.yahoo.com/news/biotech-industry-soars-2012-fda-132000071.html
Back to TImeline

More Related Content

What's hot

Stem cells and tissue engineering
Stem cells and tissue engineeringStem cells and tissue engineering
Stem cells and tissue engineeringSandeep Pm
 
Techniques of cell cloning
Techniques of cell cloningTechniques of cell cloning
Techniques of cell cloningKAUSHAL SAHU
 
4. production of recomb. proteins
4. production of recomb. proteins4. production of recomb. proteins
4. production of recomb. proteinsBruno Mmassy
 
Application of animal biotechnology
Application of animal biotechnologyApplication of animal biotechnology
Application of animal biotechnologyMohsen Ali
 
Bioinformatics & It's Scope in Biotechnology
Bioinformatics & It's Scope in BiotechnologyBioinformatics & It's Scope in Biotechnology
Bioinformatics & It's Scope in BiotechnologyTuhin Samanta
 
Cloning, Animal cloning, clone
Cloning, Animal cloning, cloneCloning, Animal cloning, clone
Cloning, Animal cloning, cloneMuhammad Waseem
 
Transfection methods (DNA to host cell)
Transfection methods (DNA to host cell) Transfection methods (DNA to host cell)
Transfection methods (DNA to host cell) Erin Davis
 
Biopharming - Introduction, Application, benefits and potential threats
Biopharming - Introduction, Application, benefits and potential threats Biopharming - Introduction, Application, benefits and potential threats
Biopharming - Introduction, Application, benefits and potential threats Isuru Priyaranga Silva
 
Recent advances in biotechnology
Recent advances in biotechnologyRecent advances in biotechnology
Recent advances in biotechnologyGohar Sokhakyan
 
Application of industrial Biotechnology
 Application of industrial Biotechnology Application of industrial Biotechnology
Application of industrial BiotechnologyGhassan Hadi
 
Stem cell & it's types
Stem cell & it's typesStem cell & it's types
Stem cell & it's typesMAULIK PATEL
 
Stem Cells - Ethics Slideshow - Biotechnology
Stem Cells - Ethics Slideshow - BiotechnologyStem Cells - Ethics Slideshow - Biotechnology
Stem Cells - Ethics Slideshow - Biotechnologysamkang101
 

What's hot (20)

Human Genome Project
Human Genome ProjectHuman Genome Project
Human Genome Project
 
TRANSGENIC MICE
TRANSGENIC MICETRANSGENIC MICE
TRANSGENIC MICE
 
Stem cells and tissue engineering
Stem cells and tissue engineeringStem cells and tissue engineering
Stem cells and tissue engineering
 
Techniques of cell cloning
Techniques of cell cloningTechniques of cell cloning
Techniques of cell cloning
 
4. production of recomb. proteins
4. production of recomb. proteins4. production of recomb. proteins
4. production of recomb. proteins
 
Application of animal biotechnology
Application of animal biotechnologyApplication of animal biotechnology
Application of animal biotechnology
 
Bioinformatics & It's Scope in Biotechnology
Bioinformatics & It's Scope in BiotechnologyBioinformatics & It's Scope in Biotechnology
Bioinformatics & It's Scope in Biotechnology
 
Embryo splitting
Embryo splittingEmbryo splitting
Embryo splitting
 
Cloning, Animal cloning, clone
Cloning, Animal cloning, cloneCloning, Animal cloning, clone
Cloning, Animal cloning, clone
 
Animal cloning
Animal cloningAnimal cloning
Animal cloning
 
Transfection methods (DNA to host cell)
Transfection methods (DNA to host cell) Transfection methods (DNA to host cell)
Transfection methods (DNA to host cell)
 
Biopharming - Introduction, Application, benefits and potential threats
Biopharming - Introduction, Application, benefits and potential threats Biopharming - Introduction, Application, benefits and potential threats
Biopharming - Introduction, Application, benefits and potential threats
 
Recent advances in biotechnology
Recent advances in biotechnologyRecent advances in biotechnology
Recent advances in biotechnology
 
Application of industrial Biotechnology
 Application of industrial Biotechnology Application of industrial Biotechnology
Application of industrial Biotechnology
 
Transgenic technology
Transgenic technologyTransgenic technology
Transgenic technology
 
Stem cell & it's types
Stem cell & it's typesStem cell & it's types
Stem cell & it's types
 
Stem Cells - Ethics Slideshow - Biotechnology
Stem Cells - Ethics Slideshow - BiotechnologyStem Cells - Ethics Slideshow - Biotechnology
Stem Cells - Ethics Slideshow - Biotechnology
 
Embryonic stem culture
Embryonic stem culture Embryonic stem culture
Embryonic stem culture
 
11. Cell cloning
11. Cell cloning11. Cell cloning
11. Cell cloning
 
Exprssion vector
Exprssion vectorExprssion vector
Exprssion vector
 

Viewers also liked

Modern Medical Biotechnology
Modern Medical BiotechnologyModern Medical Biotechnology
Modern Medical BiotechnologyCharlotte Mercado
 
The Role of Biotechnology in our Food Supply
The Role of Biotechnology in our Food SupplyThe Role of Biotechnology in our Food Supply
The Role of Biotechnology in our Food SupplyFood Insight
 
Medical biotechnology ch.11
Medical biotechnology  ch.11Medical biotechnology  ch.11
Medical biotechnology ch.11Essence
 
Applications of biotechnology
Applications of biotechnologyApplications of biotechnology
Applications of biotechnologyFyzah Bashir
 
Application of Biotechnology in different fields
Application of Biotechnology in different fieldsApplication of Biotechnology in different fields
Application of Biotechnology in different fieldsVinod Kumar
 
Application of biotechnology on medicine
Application of biotechnology on medicineApplication of biotechnology on medicine
Application of biotechnology on medicineAnna Mae Cababaros
 
Biotechnology: Process and Application
Biotechnology: Process and ApplicationBiotechnology: Process and Application
Biotechnology: Process and ApplicationFirdous Ansari
 

Viewers also liked (9)

Modern Medical Biotechnology
Modern Medical BiotechnologyModern Medical Biotechnology
Modern Medical Biotechnology
 
The Role of Biotechnology in our Food Supply
The Role of Biotechnology in our Food SupplyThe Role of Biotechnology in our Food Supply
The Role of Biotechnology in our Food Supply
 
Medical biotechnology ch.11
Medical biotechnology  ch.11Medical biotechnology  ch.11
Medical biotechnology ch.11
 
Biotechnology
BiotechnologyBiotechnology
Biotechnology
 
Applications of biotechnology
Applications of biotechnologyApplications of biotechnology
Applications of biotechnology
 
Application of Biotechnology in different fields
Application of Biotechnology in different fieldsApplication of Biotechnology in different fields
Application of Biotechnology in different fields
 
Application of biotechnology on medicine
Application of biotechnology on medicineApplication of biotechnology on medicine
Application of biotechnology on medicine
 
Biotechnology: Process and Application
Biotechnology: Process and ApplicationBiotechnology: Process and Application
Biotechnology: Process and Application
 
Biotechnology
BiotechnologyBiotechnology
Biotechnology
 

Similar to History of medical biotechnology

Medical Biotechnology presentation.pptx
Medical Biotechnology presentation.pptxMedical Biotechnology presentation.pptx
Medical Biotechnology presentation.pptxabdulahad563527
 
Non animal technology the future is amazing, and animal-free. #vivisection ...
Non animal technology   the future is amazing, and animal-free. #vivisection ...Non animal technology   the future is amazing, and animal-free. #vivisection ...
Non animal technology the future is amazing, and animal-free. #vivisection ...All Animal Rights
 
Biopharmaceuticals Plant-based Medications for the FutureJust A.docx
Biopharmaceuticals Plant-based Medications for the FutureJust A.docxBiopharmaceuticals Plant-based Medications for the FutureJust A.docx
Biopharmaceuticals Plant-based Medications for the FutureJust A.docxAASTHA76
 
Evolution of dental informatics as a major research
Evolution of dental informatics as a major researchEvolution of dental informatics as a major research
Evolution of dental informatics as a major researchGaurav Salunkhe
 
Introduction to Biotechnology.pdf
Introduction to Biotechnology.pdfIntroduction to Biotechnology.pdf
Introduction to Biotechnology.pdfKrupal Shanishchara
 
Timeline of Biotech development from 2003 to 2017
Timeline of Biotech development from 2003 to 2017Timeline of Biotech development from 2003 to 2017
Timeline of Biotech development from 2003 to 2017Zohaib HUSSAIN
 
Genetic engineering
Genetic engineeringGenetic engineering
Genetic engineeringSoz Najat
 
Application of Bioinformatics in different fields of sciences
Application of Bioinformatics in different fields of sciencesApplication of Bioinformatics in different fields of sciences
Application of Bioinformatics in different fields of sciencesSobia
 
Genetic Engineering Biotechnology.pdf
Genetic Engineering Biotechnology.pdfGenetic Engineering Biotechnology.pdf
Genetic Engineering Biotechnology.pdfNathanaelLi
 
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...Indian dental academy
 
CJMLS_Summer2016_ENG_article only copy
CJMLS_Summer2016_ENG_article only copyCJMLS_Summer2016_ENG_article only copy
CJMLS_Summer2016_ENG_article only copyJane Langille
 
Genome power point presentation (2)
Genome power point presentation (2)Genome power point presentation (2)
Genome power point presentation (2)MorganScience
 
Biotechnology
BiotechnologyBiotechnology
Biotechnologyadmasb
 
Are Vaccines Safe?
Are Vaccines Safe?Are Vaccines Safe?
Are Vaccines Safe?Mary Tocco
 
Break through in biochemistry biotechnology[616]
Break through in biochemistry biotechnology[616]Break through in biochemistry biotechnology[616]
Break through in biochemistry biotechnology[616]Dr.K Madhuri
 

Similar to History of medical biotechnology (20)

Medical Biotechnology presentation.pptx
Medical Biotechnology presentation.pptxMedical Biotechnology presentation.pptx
Medical Biotechnology presentation.pptx
 
Non animal technology the future is amazing, and animal-free. #vivisection ...
Non animal technology   the future is amazing, and animal-free. #vivisection ...Non animal technology   the future is amazing, and animal-free. #vivisection ...
Non animal technology the future is amazing, and animal-free. #vivisection ...
 
Genetic engineering of humans
Genetic engineering of humansGenetic engineering of humans
Genetic engineering of humans
 
Biopharmaceuticals Plant-based Medications for the FutureJust A.docx
Biopharmaceuticals Plant-based Medications for the FutureJust A.docxBiopharmaceuticals Plant-based Medications for the FutureJust A.docx
Biopharmaceuticals Plant-based Medications for the FutureJust A.docx
 
Evolution of dental informatics as a major research
Evolution of dental informatics as a major researchEvolution of dental informatics as a major research
Evolution of dental informatics as a major research
 
Introduction to Biotechnology.pdf
Introduction to Biotechnology.pdfIntroduction to Biotechnology.pdf
Introduction to Biotechnology.pdf
 
Gene therapy
Gene therapyGene therapy
Gene therapy
 
Timeline of Biotech development from 2003 to 2017
Timeline of Biotech development from 2003 to 2017Timeline of Biotech development from 2003 to 2017
Timeline of Biotech development from 2003 to 2017
 
Genetic engineering
Genetic engineeringGenetic engineering
Genetic engineering
 
Application of Bioinformatics in different fields of sciences
Application of Bioinformatics in different fields of sciencesApplication of Bioinformatics in different fields of sciences
Application of Bioinformatics in different fields of sciences
 
Genetic Engineering Biotechnology.pdf
Genetic Engineering Biotechnology.pdfGenetic Engineering Biotechnology.pdf
Genetic Engineering Biotechnology.pdf
 
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...
Current concepts in the pathogenesis of cancer /certified fixed orthodontic c...
 
CJMLS_Summer2016_ENG_article only copy
CJMLS_Summer2016_ENG_article only copyCJMLS_Summer2016_ENG_article only copy
CJMLS_Summer2016_ENG_article only copy
 
Genome power point presentation (2)
Genome power point presentation (2)Genome power point presentation (2)
Genome power point presentation (2)
 
Biotechnology
BiotechnologyBiotechnology
Biotechnology
 
Stem cells
Stem cellsStem cells
Stem cells
 
Animal Cloning
Animal CloningAnimal Cloning
Animal Cloning
 
Genetic Research
Genetic ResearchGenetic Research
Genetic Research
 
Are Vaccines Safe?
Are Vaccines Safe?Are Vaccines Safe?
Are Vaccines Safe?
 
Break through in biochemistry biotechnology[616]
Break through in biochemistry biotechnology[616]Break through in biochemistry biotechnology[616]
Break through in biochemistry biotechnology[616]
 

History of medical biotechnology

  • 1.
  • 2. HISTORY OF MEDICAL BIOTECHNOLOGY „97 „98 „99 „00 „01 „02 „03 „04 „05 „06 „07 „08 „09 „10 „11 „12
  • 3. 1997  First artificial human chromosome created. Genetic cassette is created with natural and synthetic DNA. This combination could possibly be customized and used in gene therapy.  FDA approves: “the first therapeutic antibody to treat cancer in the U.S.” “the first bloodless HIV-antibody test that use cells from patients‟ gums.” “a recombinant follicle stimulating hormone to treat infertility.”  At the Institute for Genomic Research, scientists sequence the genome for the organism related to stomach ulcers and the pathogen of Lyme disease. http://biotechnology.amgen.com/timeline-medical-biotechnology Back to TImeline
  • 4. 1998  For the first time, human skin was created in a lab.  Embryonic stem cells are used to create disorders and mimic certain diseases and to regenerate tissue.  Vaccine for Lyme disease is created.  “A monoclonal antibody therapy used against breast cancer has favorable results, heralding a new era of treatment based on molecular targeting of tumor cells.” http://biotechnology.amgen.com/timeline-medical-biotechnology Back to TImeline
  • 5. 1999  The entire genetic code of the human chromosome is decoded. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 6. 2000  A rough draft of the human genome is completed by scientist at the Human Genome Project and Celera Genomics Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 7. 2001  Magazines having to do with nature and science publish the human genome sequence. This makes the sequence viewable to scientists all over the world. This sequence can be used to start researching possible new treatments for genetic diseases like heart disease, cancer, Alzheimer’s and Parkinson’s disease. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 8. 2002  Major genomes of the mouse, chimpanzee, dog and hundreds of other organisms are completed. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 9. 2003  The human genome sequencing is finished by NIH and Celera. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 10. 2004  “The FDA approves the first monoclonal antibody that is an antiangiogenic, inhibiting the growth of blood vessels—or angiogenesis—for cancer therapy.”  A DNA microarray test system that helps in choosing medications for different conditions is cleared by the FDA. *This is important because is a step forward to personalized medicine. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 11. 2005  No major changes Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 12. 2006  The FDA approves a vaccine preventing the human papillomavirus. The human papillomavirus can cause cervical cancer and genital warts.  The 3-D structure of the human immunodeficiency virus (causing AIDS) is created. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 13. 2007  Scientists use human skin cells to create embryonic stem cells. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 14. 2008  In Japan, chemists design and create the first DNA molecule made mostly by artificial parts. *Improves quality of gene therapy. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 15. 2009  “President Barack Obama signs executive order freeing up federal funding for broader research on embryonic stem cells.”  New genes related to Alzheimer’s disease are found. *Helps get closer to find therapies and diagnostics for it.  First clinical trial using embryonic stems cells is initiated. Back to TImeline http://biotechnology.amgen.com/timeline-medical-biotechnology
  • 16. 2010  J. Craig Venter creates “the first fully synthetic, self- replicating bacterial cell, which was named Synthia.”  A temporary block on the use of federal dollars for ESC research is put back on.  Anti-obesity therapies have stalled but has moved forward as a key event.  The attempt of legalizing medical marijuana is contemplated. http://www.genengnews.com/insight-and-intelligenceand153/2010-in-review- biotechnology-highlights/77899354/ Back to TImeline
  • 17. 2011  Because of the economy, funding for innovations continue to decline.  There is more skewed funding  FDA approves “cord blood therapy to be used in hematopoietic stem cell transplantation procedures in patients with disorders affecting the hematopoietic (blood forming) system. “ http://biotechnology.amgen.com/timeline-medical-biotechnology http://www.ey.com/GL/en/Industries/Life-Sciences/Beyond-borders- -global-biotechnology-report-2011 Back to TImeline
  • 18. 2012  There is a huge increase in drug approvals in the industry.  FDA approved 39 new medicines. This is a 30% increase from a year ago.  “Osiris Therapeutics, Inc., having developed the world's first approved stem cell drug” http://finance.yahoo.com/news/biotech-industry-soars-2012-fda-132000071.html Back to TImeline