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Kentucky Bourbon Barrel Stout

Credit: Alltech
Date: 13-Dec-2012
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3264 x 5168
Web Resolution: 404 x 640
Med. Resolution: 632 x 1000

Fermenter at the Alltech Town Branch Bourbon Distillery in Lexington, Kentucky.

Credit: Alltech
Date: 03-Apr-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 4608 x 3072
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Kentucky Bourbon Barrel Ale

Credit: Alltech
Date: 03-Apr-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 2560 x 1024
Web Resolution: 640 x 256
Med. Resolution: 1000 x 400

Dr. Mark Lyons, Alltech alongside Waterford Institute of Technology, John Kennedy, winner of the Alltech Innovation Competition 2014, Dr. Aoife Lyons, Alltech and Constantin Gurdiev, economist and lecturer at Trinity College Dublin.

Credit: Alltech
Date: 02-Apr-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5071 x 3296
Web Resolution: 640 x 416
Med. Resolution: 1000 x 650

Credit: Ronaldo Ronan Rufino
Date: 20-Apr-2012
Copyright: © R.R.Rufino
Usage rights: Editorial use only.
Full Resolution: 3600 x 1800
Web Resolution: 640 x 320
Med. Resolution: 1000 x 500

Credit: Ronaldo Ronan Rufino
Date: 20-Apr-2012
Copyright: © R.R.Rufino
Usage rights: Editorial use only.
Full Resolution: 3600 x 1800
Web Resolution: 640 x 320
Med. Resolution: 1000 x 500

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3744 x 5616
Web Resolution: 427 x 640
Med. Resolution: 667 x 1000

Alltech Ruminant Barn in Nicholasville, KY.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5760 x 3240
Web Resolution: 640 x 360
Med. Resolution: 1000 x 563

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3744 x 5616
Web Resolution: 427 x 640
Med. Resolution: 667 x 1000

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3744 x 5616
Web Resolution: 427 x 640
Med. Resolution: 667 x 1000

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5760 x 3240
Web Resolution: 640 x 360
Med. Resolution: 1000 x 563

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5760 x 3240
Web Resolution: 640 x 360
Med. Resolution: 1000 x 563

Alltech scientist, Amanda Gehman, demonstrates the whole IFM (In Vitro Fermentation Model) process from receiving TMR (total mixed rations) through analysis at our Ruminant Nutrition center.

Credit: Alltech
Date: 24-Feb-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3744 x 5616
Web Resolution: 427 x 640
Med. Resolution: 667 x 1000

Blot Reader: LICOR Odyssey FC Quantitative Fluorescent Imaging System (Protein Analysis) - Immunoblotting is a very important technique used in cell and molecular biology that uses antibodies to identify target proteins. This instrument allows us to combine the proven advantages of quantitative infrared fluorescence detection with simple, streamlined, qualitative chemiluminescence detection on one instrument.

Credit: Alltech
Date: 08-Jan-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Ella/ Elisa Lab - This lab utilizes methods that incorporate antibodies and color change to detect the presence and quantity of different materials in a substrate; for example, determination of the presence of Actigen or Mycosorb in a mixed feed. New methods are also developed in this lab to determine presence and quantity of materials or compounds within different substrates.

Credit: Alltech
Date: 08-Jan-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 5616 x 3744
Web Resolution: 640 x 427
Med. Resolution: 1000 x 667

Ella/ Elisa Lab - This lab utilizes methods that incorporate antibodies and color change to detect the presence and quantity of different materials in a substrate; for example, determination of the presence of Actigen or Mycosorb in a mixed feed. New methods are also developed in this lab to determine presence and quantity of materials or compounds within different substrates.

Credit: Alltech
Date: 08-Jan-2014
Copyright: ©2014 Alltech All Rights Reserved
Usage rights: Editorial use only.
Full Resolution: 3744 x 5616
Web Resolution: 427 x 640
Med. Resolution: 667 x 1000

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