pre-breeding/biotech research at the faculty of forest ... · prof. catherine bellini prof....
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2017-06-28
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Pre-breeding/biotech research at thefaculty of forest sciences
Ove NilssonDirectorUmeå Plant Science Centre
Umeå Plant Science Centre
Collaboration between SLU and UmU
Board, Director (Ove Nilsson) and Chairman (Catherine Bellini)appointed by both universities
Formed in 1999Co-localization in 2001
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Umeå Plant Science Centre
>200 researchers of 45 nationalities
One of the strongest research centers in Europe forexperimental plant research and plant biotechnology.
Umeå Plant Science CentreCa. 200 people of 45 nationalities – 40 PI’s
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Umeå Plant Science Centre
Developmental BiologyProf. Catherine BelliniProf. Rishikesh BhaleraoProf. Ulrika EgertsdotterUrs FischerProf. Karin LjungProf. Ewa MellerowiczProf. Thomas MoritzTotte NiittyläProf. Ove NilssonProf. Markus SchmidProf. Björn SundbergHannele Tuominen
Cell BiologyLaszlo BakoProf. Stefan BjörklundStephanie Robert
EcophysiologyBenedicte AlbrechtsenJudith FeltenCatherine CampbellUlrika GanetegProf. Annika NordinProf. Torgny NäsholmProf. Erling ÖgrenProf. Anita Sellstedt
GeneticsProf. Bengt Andersson Anders FriesRosario García-GilProf. Xiao-Rhu WangProf. Harry X Wu
Photosynthesis/metabolism/signallingMaria E ErikssonProf. Christiane FunkProf. Per GardeströmProf. Petter GustafssonJohannes HansonProf. Vaughan HurryProf. Stefan JanssonOlivier KeechProf. Leszek KleczkowskiProf. Wolfgang SchröderProf. Göran SamuelssonProf. Åsa StrandProf. Gunnar Wingsle
BioinformaticsTorgeir R HvidstenNathaniel Street
Adjunct Professors (20-30%)Bengt AnderssonUlrika EgertsdotterBjörn Sundberg
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Transgenic trees
Breeding
Basic Research
Wood fibermodifications
Plant health and growth
Clonal forestry
Proteomics
Transgene facility
FT-IR
General mass spectrometry
NIR
NMR
UPSCs Bioinformatic group
Databases: - Populus DB -EST sequences . UPSC Transcript profiles . UPSC Metabolic profiles - The new multilayered database for this programme
Technical Platforms
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The Swedish Spruce Genome Project 2010-2013
UPSC (UmU/SLU)KTHKI
SciLifeLab
How can we utilize the genome sequences?
Molecular GeneticsGenes are identified and their function is determined
Genetic modificationThe gene’s activity is changed and the modified gene is returned to the plant
Efficient breedingBetter selection, fasterbreeding cycles
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UPSCBerzelii Centre for Forest Biotechnology
UPSCBerzelii Center
”Applied” ProjectsFertilizers – seeding technologyClonal forestryAspen/Poplar/Eucalypt plantationsPine weevilTree breeding
WorkshopsKnowledge exchange
Transgenic treesand genes
Industrial graduate studentResearch school
UPSCBerzelii Centre for Forest Biotechnology
Task Force 1Prof. Torgny NäsholmProf. Vaughan Hurry
(17 research groups)
Tree Growthand Productivity
Task Force 2Prof. Ewa MellerowiczDr. Hannele Tuominen
(16 research groups)
Wood Formationand Wood Properties
Task Force 3Dr. Maria Eriksson
Prof. Rishi Bhalerao
(7 research groups)
Seasonal andEnvironmental Control
of Tree Growth andDevelopment
Centre Director: Ove NilssonVice directors: Stefan Jansson, Catherine Bellini
Scientific Secretary: Ulrika Ganeteg
BOARD
Chairman: Carl Kempe, Holmen ABLena Sammeli-Johansson, Sveaskog; Erik Normark, Holmen Skog;
Börje Pettersson, Bergvik Skog; Johan Lindman, Stora Enso; Carl Gustaf Löf, STT;Annika Nordin, SLU; Bengt Andersson Gull, Skogforsk; Marianne Sommarin, UmU
ScientificAdvisory
Board
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Mechanisms driving plant development and acclimationFrom the molecule to the ecosystem
Biological modelling
A snapshot of the S-fac group leaders and their research
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Karin LjungThomas MoritzMetabolomic control of shoot elongation and wood formation
Root development and shoot/root communication
Stephanie RobertDiscovery of novel plant growth regulators
HORMONE PHYSIOLOGY/METABOLOMICS
Vaughan Hurry
Plant adaption to sub-optimal environments
Ulrika GanetegMolecular physiology of plant nitrogen nutrition
Annika NordinEcophysiological forest management
Torgny NäsholmEcophysiology and molecular biology of plant organic N nutrition
ECOPHYSIOLOGY
Judith FeltenTree-fungus interactionsMychorizza
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Tree pathogen and pest interactions
Pine weevil
Spruce root rot
Göran NordlanderJan Stenlid
Malin Elfstrand
(Mycology and Plant Pathology, Uppsala)
(Ecology, Uppsala)
Urs Fischer
Totte Niittylä
Ewa Mellerowicz Björn Sundberg
Gunnar WingsleRegulatory proteins in the lignocellulosic pathway in wood studied by proteomics
Wood formationGenetic regulation of wood formation
Wood matrix polysaccharides:Biosynthesis and modification
Carbohydrate metabolism and cell wall biosynthesis
WOOD FORMATION
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How is wood formed?
Can we manipulate wood properties?
• Alteration of cellulose chrystallinity –effect on bioprocessing
• improving the separation of xylan from lignin and cellulose
• Lignin levels/polymerisation – effect on bioprocessing S3
S1
PM
S2
CML
Before lignification
rosette
After lignification
MF
xyloglucan
cellulosa
pectin
xylan
lignin
mannan
Ewa Mellerowicz
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Carbonallocation
Wood biology
Cambialactivity
Selected lines
Cutting, milling, and sieving
Hydrolysate Solid residue
Fermentation
Ethanol, butanol, other products
Pretreatment liquidSolid residue
Enzymatic hydrolysis
Pretreatment
Bioprocessingproperties
Tension woodformation
Cell wallbiosynthesis
Hormonal and Transcriptional
regulation
Cell death
FLOWERING/PHENOLOGY
Rishi BhaleraoTree dormancyRegulation of cell elongation
Ove NilssonControl of flowering time and meristem identity.Tree phenology
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Tree phenology and flowering
Rosario Garcia-GilForest tree genetics and breeding
Harry X WuQuantitative genetics and tree breeding
Anders FriesGenetic regulation of wood and fibre traits and influence on growth and stability in field
Ulrika Egertsdotter(adjunct prof.)
Somatic embryo-genesis (SE) in conifers
Bengt Andersson(adjunct prof.)
Integrating genomic research and operational tree breeding
GENETICS
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UPSC plant transformation and growth facilityThousands of transformations Large scale gene mining program
Since 2010: Transgenic field trials in southern Sweden– 50 genes controlling growth, wood quality and phenology
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-Poplar -Eucalyptus-Spruce
New trees for“fibre farming” and as bioenergy crops
-New improved plant material with dramatically increased growth rate and cellulose production.
-“Tailormade” trees:
- Changed lignin composition- Increased wood density- Improved fiber properties
VIB-UPSC-STT Collaboration on Comparative and Functional Genomics for Identification of Genes Controlling Growth
Forestry-Agriculture
Slides/Presentations
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106 samples from four trees
28,2
94 g
enes
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PhloCam DevXylCamExp MatXyl
P
PhloemCambium
ExpansionLignification
New Automatic Tree Phenotyping Platform