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DNA genotyping and sequencing

Data da imagem: 04/12/2018
Cod. da imagem: C038/6479
Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2018

Cod. da imagem: C038/6479

Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Centrifugation of DNA samples prior to high-throughput genotyping and sequencing. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM
DNA genotyping and sequencing

Data da imagem: 04/12/2018
Cod. da imagem: C038/6480
Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2018

Cod. da imagem: C038/6480

Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Selection of DNA samples being processed for amplification. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM
DNA genotyping and sequencing

Data da imagem: 04/12/2018
Cod. da imagem: C038/6474
Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2018

Cod. da imagem: C038/6474

Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Technician plating deoxyribonucleic acid (DNA) samples for high-throughput genotyping and sequencing. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Also shown is an automated liquid-handling robot. Photographed in 2016.

Editorial RM
DNA genotyping and sequencing

Data da imagem: 04/12/2018
Cod. da imagem: C038/6475
Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2018

Cod. da imagem: C038/6475

Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Technician preparing for a viral whole-genome sequencing experiment. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM
DNA genotyping and sequencing

Data da imagem: 04/12/2018
Cod. da imagem: C038/6476
Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2018

Cod. da imagem: C038/6476

Crédito: National Cancer Institute/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Close-up of a technician preparing for a viral whole-genome sequencing experiment. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM


Data da imagem: 15/06/2016
Cod. da imagem: H7JE83
Crédito: nobeastsofierce Science/ Alamy/ Fotoarena

Royalty Free


Data da imagem: 15/06/2016

Cod. da imagem: H7JE83

Crédito: nobeastsofierce Science/ Alamy/ Fotoarena

Dna double helix molecules and chromosomes , Gene mutation , Genetic code

Criativa RF
Personalized genome of a man

Data da imagem: 04/12/2012
Cod. da imagem: C012/7097
Crédito: Carol & Mike Werner/visuals Unlimited, Inc./ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 04/12/2012

Cod. da imagem: C012/7097

Crédito: Carol & Mike Werner/visuals Unlimited, Inc./ Science Photo Library/ Fotoarena

Personalized genome of a man

Editorial RM
GENETICS RESEARCH

Data da imagem: 11/07/2002
Cod. da imagem: CRYHE4
Crédito: LAURENT / BSIP/ Alamy/ Fotoarena

Direito Controlado


Data da imagem: 11/07/2002

Cod. da imagem: CRYHE4

Crédito: LAURENT / BSIP/ Alamy/ Fotoarena

Photo essay. Institut Gustave-Roussy, in the French region of Ile-de-France. Clinical Biology Department. Molecular genetics workstation. Polymerase chain reaction (PCR) is a technique to target a specific piece of DNA and then to use that piece as a template to produce billions of copies. Called DNA amplification, it is used here in decoding the genome to study predisposition to skin cancer. Here, DNA sequencing.

Criativa RM
GENETICS, DNA

Data da imagem: 28/05/1997
Cod. da imagem: CRYYWP
Crédito: V & L / BSIP/ Alamy/ Fotoarena

Direito Controlado


Data da imagem: 28/05/1997

Cod. da imagem: CRYYWP

Crédito: V & L / BSIP/ Alamy/ Fotoarena

DNA has two long chains composed of altered molecules of phosphoric acid and deoxyribose linked to four nucleic acids: adenine, thymine, cytosine, and guanine. The two chains are twisted together forming an helix. DNA molecules are the constituent components of chromosomes. Genes correspond to different fragments of DNA carrying hereditary information. This is a symbolic representation of gene research showing chromosomes, a test tube, the DNA helix, and a gene map.

Criativa RM
Human genome, illustration

Data da imagem: 31/12/1969
Cod. da imagem: C037/5683
Crédito: Carlos Clarivan/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C037/5683

Crédito: Carlos Clarivan/ Science Photo Library/ Fotoarena

Human chromosomes. Computer illustration of the human haploid karyotype, showing the organization of the human genome on 23 chromosomes, plus the X and Y sex chromosomes. The full complement of human chromosomes found in somatic cells consists of 23 pairs, including 1 pair of sex chromosomes : XX for woman, XY for man.

Editorial RM
Human genome, illustration

Data da imagem: 31/12/1969
Cod. da imagem: C037/5682
Crédito: Carlos Clarivan/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C037/5682

Crédito: Carlos Clarivan/ Science Photo Library/ Fotoarena

Human chromosomes. Computer illustration of the human haploid karyotype, showing the organization of the human genome on 23 chromosomes, plus the X and Y sex chromosomes. The full complement of human chromosomes found in somatic cells consists of 23 pairs, including 1 pair of sex chromosomes : XX for woman, XY for man.

Editorial RM
Bovine genetics research

Data da imagem: 31/12/1969
Cod. da imagem: C020/7614
Crédito: Peggy Greb/us Department Of Agriculture/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C020/7614

Crédito: Peggy Greb/us Department Of Agriculture/ Science Photo Library/ Fotoarena

Bovine genetics research. Geneticist analysing bovine DNA using BovineSNP50 BeadChips, a form of genetic analysis using microchip arrays. In this case, the device provides genotypic data and decodes a cow's genome at more than 50,000 locations. This data is used in cattle research ranging from genome selection to mapping of birth defects. This research is being carried out by the Agricultural Research Service (ARS) of the US Department of Agriculture. Photographed in the USA.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6522
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6522

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Close-up of a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6521
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6521

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Close-up of a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6520
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6520

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Technician holding a chip from a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6519
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6519

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Technician holding chips from a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6517
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6517

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Technician filling sample plates with resin in a molecular epidemiology lab before running it through a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA MassARRAY analysis

Data da imagem: 31/12/1969
Cod. da imagem: C015/6518
Crédito: Arno Massee/ Science Photo Library/ Fotoarena

Direito Controlado


Data da imagem: 31/12/1969

Cod. da imagem: C015/6518

Crédito: Arno Massee/ Science Photo Library/ Fotoarena

DNA MassARRAY analysis. Technician filling sample plates with resin in a molecular epidemiology lab before running it through a Sequenom DNA MassARRAY machine. MassARRAY platforms are used for SNP (single-nucleotide polymorphism) genotyping, methylation detection and quantitative gene expression analysis.

Editorial RM
DNA genotyping and sequencing

Cod. da imagem: C038/6477
Crédito: National Cancer Institute/ Science Photo Library/ Science Photo Library/ Fotoarena

Direito Controlado


Cod. da imagem: C038/6477

Crédito: National Cancer Institute/ Science Photo Library/ Science Photo Library/ Fotoarena

Editorial use only DNA genotyping and sequencing. Technician loading DNA samples into a desktop genomic sequencing machine. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM
DNA genotyping and sequencing

Cod. da imagem: C038/6482
Crédito: National Cancer Institute/ Science Photo Library/ Science Photo Library/ Fotoarena

Direito Controlado


Cod. da imagem: C038/6482

Crédito: National Cancer Institute/ Science Photo Library/ Science Photo Library/ Fotoarena

DNA genotyping and sequencing. Close-up of a technician holding a single DNA sequencing chip. This research is taking place at the Cancer Genomics Research Laboratory, in Gaithersburg, Maryland, USA, part of the National Cancer Institute's Division of Cancer Epidemiology and Genetics (DCEG). Photographed in 2016.

Editorial RM
 
 
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