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Search results for: Genetic-science

HEALTH-CORONAVIRUS/SINGAPORE
RTS34UL5
March 05, 2020
Veredus Lab-On-Chip chips used in Home Team Science & Technology Agency (HTX)'s coronavirus test kits...
Singapore, Singapore
Veredus Lab-On-Chip chips used in Home Team Science & Technology Agency (HTX)'s coronavirus test kits...
Veredus Lab-On-Chip chips used in Home Team Science & Technology Agency (HTX)'s coronavirus test kits are pictured at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UL3
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the process...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the process...
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the process of loading extracted ribonucleic acid (RNA) from a sample onto a molecular testing chip of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UL0
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction process of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKX
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing...
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing chip used in their coronavirus test kits at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKU
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction process of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKS
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist loads a Veredus Lab-on-Chip molecular testing...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist loads a Veredus Lab-on-Chip molecular testing...
A Home Team Science & Technology Agency (HTX) scientist loads a Veredus Lab-on-Chip molecular testing chip used in their coronavirus test kits into an optical reader for reading the results off a microarray built into the chip, at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKR
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction process of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKQ
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing...
A Home Team Science & Technology Agency (HTX) scientist holds a Veredus Lab-on-Chip molecular testing chip used in their coronavirus test kits at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKP
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist removes a Veredus Lab-on-Chip molecular testing...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist removes a Veredus Lab-on-Chip molecular testing...
A Home Team Science & Technology Agency (HTX) scientist removes a Veredus Lab-on-Chip molecular testing chip used in their coronavirus test kits from a thermal control system, at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKM
March 05, 2020
Home Team Science & Technology Agency (HTX) scientists demonstration the test process of their coronavirus...
Singapore, Singapore
Home Team Science & Technology Agency (HTX) scientists demonstration the test process of their coronavirus...
Home Team Science & Technology Agency (HTX) scientists demonstration the test process of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
HEALTH-CORONAVIRUS/SINGAPORE
RTS34UKL
March 05, 2020
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
Singapore, Singapore
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction...
A Home Team Science & Technology Agency (HTX) scientist demonstrates, without a live sample, the extraction process of their coronavirus test kit at their laboratory in Singapore March 5, 2020. These test kits, a collaboration between HTX and Veredus Laboratories, detect coronavirus by means of its unique genetic sequences, and are deployed at all sea, land and air checkpoints country-wide on Thursday. REUTERS/Edgar Su
Science
Science
Genetically modified animals
31 PICTURES
CHINA-PETCLONING/
RTX6IWHT
December 17, 2018
A screen displays the microscopic image of an attempt to inseminate a dog egg at a lab of the biotech...
Beijing, China
Screen displays the microscopic image of an attempt to inseminate a dog egg at a lab of the biotech company...
A screen displays the microscopic image of an attempt to inseminate a dog egg at a lab of the biotech company Sinogene that specialises in dog cloning in Beijing, China June 15, 2018. Picture taken June 15, 2018. REUTERS/Thomas Peter
TECH-SKIN PRINTER/
RTX3135O
March 15, 2017
Samples of human skin obtained from a 3D bioprinter prototype is seen in containers at Carlos III University...
Getafe, Spain
Samples of human skin obtained from a 3D bioprinter prototype is seen in containers at Carlos III University...
Samples of human skin obtained from a 3D bioprinter prototype is seen in containers at Carlos III University in Getafe, Spain, February 2, 2017. Picture taken February 2, 2017. REUTERS/Sergio Perez
HEALTH-ZIKA/OXITEC
RTX2QM7J
October 26, 2016
A technician from Oxitec inspects pupae of genetically modified Aedes aegypti mosquitoes at Oxitec factory...
PIRACICABA, Brazil
A technician from Oxitec inspects pupae of genetically modified Aedes aegypti mosquitoes at Oxitec factory...
A technician from Oxitec inspects pupae of genetically modified Aedes aegypti mosquitoes at Oxitec factory in Piracicaba, Brazil, October 26, 2016 REUTERS/Paulo Whitaker TPX IMAGES OF THE DAY
CHINA-SOE/M&A
RTSPJYL
September 26, 2016
Syngenta's logo is seen at Syngenta Biotech Center in Beijing, China, February 19, 2016. REUTERS/Kim...
Beijing, China
Syngenta's logo is seen at Syngenta Biotech Center in Beijing
Syngenta's logo is seen at Syngenta Biotech Center in Beijing, China, February 19, 2016. REUTERS/Kim Kyung-Hoon/File Photo
SPAIN-GRAVES/
RTX25YMZ
February 08, 2016
Gonzalo Carnim, forensic of the Association for the Recovery of Historical Memory (ARMH), takes a saliva...
Guadalajara, Spain
Gonzalo Carnim, forensic of the Association for the Recovery of Historical Memory, takes a saliva sample...
Gonzalo Carnim, forensic of the Association for the Recovery of Historical Memory (ARMH), takes a saliva sample from a man for a DNA test in Guadalajara's cemetery, Spain, January 22, 2016. At the request of an Argentine judge in a lawsuit seeking redress for crimes committed during the 1936-39 civil war and the four-decade dictatorship of General Francisco Franco that followed, a Guadalajara court has authorised the exhumation of the grave, containing 22 bodies of people believed to have been killed by Franco's forces in the months after the end of the civil war. Picture taken January 22, 2016. REUTERS/Juan Medina
CHILE-PROTEST/MONSANTO
RTX1E9GN
May 23, 2015
A demonstrator holds up a banner that reads "I dont want to eat transgenics" during a protest march against...
Santiago, Chile
Demonstrator holds up a banner that reads "I dont want to eat transgenics" during a protest march against...
A demonstrator holds up a banner that reads "I dont want to eat transgenics" during a protest march against Monsanto Co, the world's largest seed company, in Santiago city, May 23, 2015. Similar demonstrations took part on Saturday around the world to raise awareness to what the activists claim are dangers surrounding Monsanto's glyphosate-containing herbicide Roundup. REUTERS/Rayen Luna TPX IMAGES OF THE DAY
BRAZIL-DENGUE/
RTR4S7I7
March 05, 2015
A girl puts her hand in a box with male genetically modified Aedes aegypti mosquitoes at an educational...
Sao Paulo, Brazil
A girl puts her hand in a box with genetically modified male Aedes aegypti mosquitoes at an Oxitec exhibition...
A girl puts her hand in a box with male genetically modified Aedes aegypti mosquitoes at an educational exhibition by British biotechnology company Oxitec in Piracicaba March 5, 2015. Oxitec said its laboratory created the genetically modified male Aedes aegypti mosquitoes, which are set to be released in Sao Paulo in April. A specially-made gene in the male mosquitoes seeks to reduce to number of Aedes aegypti mosquitoes by killing their offspring after mating with wild female mosquitoes. Brazil already has more than 100 000 cases of people with dengue in 2015, according to the City Department of Health. REUTERS/Paulo Whitaker (BRAZIL - Tags: SCIENCE TECHNOLOGY HEALTH)
BRAZIL-DENGUE/
RTR4S764
March 05, 2015
A biologist puts her hand in a box with male genetically modified Aedes aegypti mosquitoes at an educational...
Sao Paulo, Brazil
A biologist puts her hand in a box with genetically modified male Aedes aegypti mosquitoes at an Oxitec...
A biologist puts her hand in a box with male genetically modified Aedes aegypti mosquitoes at an educational exhibition by British biotechnology company Oxitec in Piracicaba March 5, 2015. Oxitec said its laboratory created the genetically modified male Aedes aegypti mosquitoes, which are set to be released in Sao Paulo in April. A specially-made gene in the male mosquitoes seeks to reduce to number of Aedes aegypti mosquitoes by killing their offspring after mating with wild female mosquitoes. Brazil already has more than 100 000 cases of people with dengue in 2015, according to the City Department of Health. REUTERS/Paulo Whitaker (BRAZIL - Tags: SOCIETY CRIME LAW)
INDIA-GMO/
RTR4QKJM
February 22, 2015
An Indian scientist holds a genetically modified (GM) rapeseed crop under trial in New Delhi February...
New Delhi, India
An Indian scientist holds a GM rapeseed crop under trial in New Delhi
An Indian scientist holds a genetically modified (GM) rapeseed crop under trial in New Delhi February 13, 2015. Picture taken February 13, 2015. To match Insight INDIA-GMO/. REUTERS/Anindito Mukherjee (INDIA - Tags: FOOD AGRICULTURE BUSINESS)
Society
Society
Children of the Night - 02 Feb 2015
19 PICTURES
FRANCE-ODDLY/
RTR4NPE1
January 31, 2015
French twins Vincent (R) and Thomas Seris shop for food in a commercial centre in Bordeaux, November...
Bordeaux, France
French twins Vincent and Thomas Seris shop for food in a commercial centre in Bordeaux
French twins Vincent (R) and Thomas Seris shop for food in a commercial centre in Bordeaux, November 12, 2014. Born with Xeroderma Pigmentosum (XP), Vincent Seris and his twin Thomas cannot be exposed to the sun and its ultraviolet (UV) light, which could provoke precocious cancers due to a autosomal recessive genetic disorder of DNA repair. Colloquially referred to as Children of the Night (Les Enfants de la Lune) the Seris twins are among 70 to 80 people in France who suffer from the genetic defect. The French association "Les Enfants de la Lune" reports that there are between five and ten thousand such cases in the world. Thomas and Vincent have been testing a new protective mask for the last year which is transparent and ventilated and developed by several hospitals in France. Picture taken November 12, 2014. REUTERS/Regis Duvignau (FRANCE - Tags: SOCIETY HEALTH)
FRANCE-ODDLY/
RTR4NPDN
January 31, 2015
French twin Vincent Seris holds a device which is used to check for ultra violet light in Bordeaux, November...
Bordeaux, France
French twin Vincent Seris holds a device which is used to check for ultra violet light in Bordeaux
French twin Vincent Seris holds a device which is used to check for ultra violet light in Bordeaux, November 12, 2014. Born with Xeroderma Pigmentosum (XP), Vincent and his twin Thomas cannot be exposed to the sun and its ultraviolet (UV) light, which could provoke precocious cancers due to an autosomal recessive genetic disorder of DNA repair. Colloquially referred to as Children of the Night (Les Enfants de la Lune) the Seris twins are among 70 to 80 people in France who suffer from the genetic defect. The French association "Les Enfants de la Lune" reports that there are between five and ten thousand such cases in the world. Thomas and Vincent have been testing a new protective mask for the last year which is transparent and ventilated and developed by several hospitals in France. Picture taken November 12, 2014. REUTERS/Regis Duvignau (FRANCE - Tags: SOCIETY HEALTH)
MEXICO-VIOLENCE/
RTR4ENEM
November 18, 2014
A forensic geneticist takes a blood sample for DNA testing in the San Gerardo church in Iguala, Guerrero...
Chilpancingo, Mexico
A forensic geneticist takes a blood sample for DNA testing in Iguala
A forensic geneticist takes a blood sample for DNA testing in the San Gerardo church in Iguala, Guerrero November 18, 2014. People with missing relatives provided blood samples to test if remains found in different mass graves around Iguala correspond to those of their missing relatives. The remains were found during the search for 43 students teachers of the Ayotzinapa Teacher Training College Raul Isidro Burgos, who have been missing since clashes with the police on September 26.
REUTERS/Jorge Dan Lopez (MEXICO - Tags: CRIME LAW EDUCATION POLITICS CIVIL UNREST)
MEXICO-VIOLENCE/
RTR4ENE5
November 18, 2014
A woman fills in a form on her missing relative before giving a blood sample for DNA testing in the San...
Chilpancingo, Mexico
A woman fills in a form on her missing relative before giving a blood sample for DNA testing in Iguala...
A woman fills in a form on her missing relative before giving a blood sample for DNA testing in the San Gerardo church in Iguala, Guerrero November 18, 2014. People with missing relatives provided blood samples to test if remains found in different mass graves around Iguala correspond to those of their missing relatives. The remains were found during the search for 43 students teachers of the Ayotzinapa Teacher Training College Raul Isidro Burgos, who have been missing since clashes with the police on September 26.
REUTERS/Jorge Dan Lopez (MEXICO - Tags: CRIME LAW EDUCATION POLITICS CIVIL UNREST)
JAPAN-ENVIRONMENT/
RTR4BZZI
October 29, 2014
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Tokyo, Japan
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder of Light" exhibition at the National Museum of Nature and Science in Tokyo October 29, 2014. The genetically modified flower converts energy it receives from blue LED light into the glow that is seen by visitors. REUTERS/Toru Hanai (JAPAN - Tags: SOCIETY ENVIRONMENT SCIENCE TECHNOLOGY)
JAPAN-ENVIRONMENT/
RTR4BZYU
October 29, 2014
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Tokyo, Japan
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder of Light" exhibition at the National Museum of Nature and Science in Tokyo October 29, 2014. The genetically modified flower converts energy it receives from blue LED light into the glow that is seen by visitors. REUTERS/Toru Hanai (JAPAN - Tags: SOCIETY ENVIRONMENT SCIENCE TECHNOLOGY)
JAPAN-ENVIRONMENT/
RTR4BZYM
October 29, 2014
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Tokyo, Japan
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder...
Petals and leaves of a Torenia flower glow green when exposed to blue LEDs at the "Hikari the Wonder of Light" exhibition at the National Museum of Nature and Science in Tokyo October 29, 2014. The genetically modified flower converts energy it receives from blue LED light into the glow that is seen by visitors. REUTERS/Toru Hanai (JAPAN - Tags: SOCIETY ENVIRONMENT SCIENCE TECHNOLOGY)
TAIWAN-ANIMALS/
RTR45Y82
September 12, 2014
Genetically-engineered fish (Pterophyllum Scalare var.) glow in a tank during the 2014 Taiwan Aquarium...
Taipei, Taiwan
Genetically-engineered fish glow in a tank during the 2014 Taiwan Aquarium Expo in Taipei
Genetically-engineered fish (Pterophyllum Scalare var.) glow in a tank during the 2014 Taiwan Aquarium Expo in Taipei September 12, 2014. The 2014 Taiwan Aquarium Expo runs from September 12-15 at the Taipei World Trade Center Nangang Exhibition Hall. REUTERS/Pichi Chuang (TAIWAN - Tags: SOCIETY ANIMALS TPX IMAGES OF THE DAY)
TAIWAN-ANIMALS/
RTR45Y7H
September 12, 2014
Genetically-engineered fish (Amatitlania nigrofasciatus var.) glow in a tank during the 2014 Taiwan Aquarium...
Taipei, Taiwan
Genetically-engineered fish glow in a tank during the 2014 Taiwan Aquarium Expo in Taipei
Genetically-engineered fish (Amatitlania nigrofasciatus var.) glow in a tank during the 2014 Taiwan Aquarium Expo in Taipei September 12, 2014. The 2014 Taiwan Aquarium Expo runs from September 12-15 at the Taipei World Trade Center Nangang Exhibition Hall. REUTERS/Pichi Chuang (TAIWAN - Tags: SOCIETY ANIMALS)
USA-AGRICULTURE-MONSANTO
RTR42TK2
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 1 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TK0
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 3 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJX
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 4 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJV
August 18, 2014
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri,...
CREVE COEUR, UNITED STATES
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 22 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJT
August 18, 2014
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri,...
CREVE COEUR, UNITED STATES
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 23 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJP
August 18, 2014
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri,...
CREVE COEUR, UNITED STATES
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur
A soybean chipper places soybeans into cells in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 24 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJO
August 18, 2014
A soybean chipper carries soybeans in the Monsanto research facility in Creve Coeur, Missouri, July 28,...
CREVE COEUR, UNITED STATES
A soybean chipper carries soybeans in the Monsanto research facility in Creve Coeur
A soybean chipper carries soybeans in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 21 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJN
August 18, 2014
A bushel of soybeans are shown on display in the Monsanto research facility in Creve Coeur, Missouri,...
CREVE COEUR, UNITED STATES
A bushel of soybeans are shown on display in the Monsanto research facility in Creve Coeur
A bushel of soybeans are shown on display in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed a chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 20 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJJ
August 18, 2014
Monsanto employees work in the molecular breeding lab in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Monsanto employees work in the molecular breeding lab in the Monsanto research facility in Chesterfield...
Monsanto employees work in the molecular breeding lab in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. 25 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJI
August 18, 2014
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28,...
CREVE COEUR, UNITED STATES
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 17 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJE
August 18, 2014
SMRT Cell trays are stacked in the DNA sequencing lab in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
SMRT Cell trays are stacked in the DNA sequencing lab in the Monsanto research facility in Chesterfield...
SMRT Cell trays are stacked in the DNA sequencing lab in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 14 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJB
August 18, 2014
One of the SMRT cells, that can hold around 150,000 DNA molecules, is used in the DNA sequencing lab...
Chesterfield, UNITED STATES
One of the SMRT cells, that can hold around 150,000 DNA molecules, is used in the DNA sequencing lab...
One of the SMRT cells, that can hold around 150,000 DNA molecules, is used in the DNA sequencing lab in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 15 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJA
August 18, 2014
The corn chipper is seen in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto...
CREVE COEUR, UNITED STATES
The corn chipper is seen in the Monsanto research facility in Creve Coeur
The corn chipper is seen in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 16 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJ6
August 18, 2014
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28,...
CREVE COEUR, UNITED STATES
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 19 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJ4
August 18, 2014
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Chesterfield, UNITED STATES
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 10 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TJ1
August 18, 2014
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28,...
CREVE COEUR, UNITED STATES
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur
The corn chipper carries kernels in the Monsanto research facility in Creve Coeur, Missouri, July 28, 2014. Monsanto engineers designed the chipper to shave a tiny tissue sample off a seed to analyze the seed's genetics. If the sample is positive for desirable genetic traits, the seed is still viable so a breeder can plant it in a field test and use it in the breeding process to create more seeds of its kind. Picture taken July 28, 2014. 18 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIY
August 18, 2014
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Chesterfield, UNITED STATES
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 9 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIV
August 18, 2014
Lara Alpan displays a model of corn DNA in the Monsanto research facility in Chesterfield, Missouri,...
Chesterfield, UNITED STATES
Lara Alpan displays a model of corn DNA in the Monsanto research facility in Chesterfield
Lara Alpan displays a model of corn DNA in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 13 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIS
August 18, 2014
A sign showing the plant breeding process is seen in the molecular breeding lab in the Monsanto research...
Chesterfield, UNITED STATES
A sign showing the plant breeding process is seen in the molecular breeding lab in the Monsanto research...
A sign showing the plant breeding process is seen in the molecular breeding lab in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 12 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIQ
August 18, 2014
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Chesterfield, UNITED STATES
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility...
Lara Alpan, a Monsanto tour guide, shows how a plant grows in petri dishes in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 11 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIL
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 6 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TII
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines corn plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 2 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
USA-AGRICULTURE-MONSANTO
RTR42TIE
August 18, 2014
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield,...
Chesterfield, UNITED STATES
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield...
Logan Huff, Soy Plant Specialist Lead, examines soybean plants in the Monsanto research facility in Chesterfield, Missouri, July 28, 2014. Monsanto says their technology-driven plant breeding process is focused on improving the overall genetics of a crop, using parents with characteristics such as disease tolerance, size or baking qualities. Picture taken July 28, 2014. 5 of 25 Monsanto Stand Alone Picture Package. REUTERS/Tom Gannam (UNITED STATES - Tags: ENVIRONMENT FOOD SCIENCE TECHNOLOGY AGRICULTURE)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FWN
August 14, 2014
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana...
Berlin, Germany
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana...
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana benthamiana) for weighing in a laboratory in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FWM
August 14, 2014
Laboratory technicans of the company Icon Genetics prepare proteines from Tobacco plants (Nicotiana benthamiana)...
Berlin, Germany
Laboratory technicans of the company Icon Genetics prepare proteines from Tobacco plants (Nicotiana benthamiana)...
Laboratory technicans of the company Icon Genetics prepare proteines from Tobacco plants (Nicotiana benthamiana) for weighing in a laboratory in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FWI
August 14, 2014
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana...
Berlin, Germany
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana...
A laboratory technican of the company Icon Genetics prepares proteines from Tobacco plants (Nicotiana benthamiana) for weighing in a laboratory in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FWG
August 14, 2014
Laboratory technicans of the company Icon Genetics prepare Tobacco plants (Nicotiana benthamiana) for...
Berlin, Germany
Laboratory technicans of the company Icon Genetics prepare Tobacco plants (Nicotiana benthamiana) for...
Laboratory technicans of the company Icon Genetics prepare Tobacco plants (Nicotiana benthamiana) for drying in a laboratory in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FWD
August 14, 2014
A Tobacco plant (Nicotiana benthamiana) is pictured in a laboratory of the company Icon Genetic in Halle,...
Berlin, Germany
A Tobacco plant (Nicotiana benthamiana) is pictured in a laboratory of the company Icon Genetic in Halle...
A Tobacco plant (Nicotiana benthamiana) is pictured in a laboratory of the company Icon Genetic in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
HEALTH-EBOLA/GERMANY-COMPANY
RTR42FW9
August 14, 2014
A sign is placed on a greenhouse with Tobacco plants (Nicotiana benthamiana) at the company Icon Genetic...
Berlin, Germany
A sign is placed on a greenhouse with Tobacco plants (Nicotiana benthamiana) at the company Icon Genetic...
A sign is placed on a greenhouse with Tobacco plants (Nicotiana benthamiana) at the company Icon Genetic in Halle, August 14, 2014. Icon Genetics develop a technology to mass produce Ebola vaccine with the help of tobacco plants. REUTERS/Axel Schmidt (GERMANY - Tags: HEALTH SCIENCE TECHNOLOGY)
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