Genomics

Projecten 2015

• 

  KB-17-003.02-001 - Groeimodellering tomaat

  Systeembiologie stelt zich ten doel de interacties tussen componenten in biologische systemen te ontrafelen en deze uit te drukken in vooral...
• 

  KB-17-003.02-003 - Som. embryogenese TTI-GG

• 

  KB-17-003.02-008 - Het gedrag van rijst onder droogtestress

  Dit project beoogt het toepassen van een systeembiologieaanpak op het beschrijven en modelleren van het gedrag van rijst onder droogtestress.
• 

  KB-17-003.02-010 - Modeling flowering time regulatory networks

  Flowering time, the moment that plants switch from vegetative to reproductive growth, is a key parameter for yield and adaptation to environmental...
• 

  KB-17-003.02-011 - Finding the holy grail in production in production ecology

• 

  KB-17-003.02-016 - The gut & dietary lipids

  The intestinal homeostasis of dietary lipids plays a pivotal role in controlling dietary lipid uptake from ingested foods. The transcription factor...
• 

  KB-17-003.02-018 - Systems biology of sink strength: mechanistic understanding of regulation and adaptation of tomato fruit sink strength

  Knowledge and understanding of plant physiology and genetics is rapidly moving forward. However integration of these advances with the extensive...

• KB-17-003.02-019 - Modeling plant-insect dynamics

  It is a challenge for plant systems biologists to investigate the consequences of exposure to stress on the changes in the networks at the different...
• 

  KB-17-003.02-021 - Food for the Gatekeeper

  The homeostasis of the small intestine and its mucosal immune system can be modulated by various food-products. In order to efficiently study, but...
• 

  KB-17-003.02-022 - Models of dietary effects on immune responses in pigs

  The gut is the primary site for the intake, processing, and absorption of nutrients in feeds and foods. The mucosal layer of the gut contains the...