Latest Breaking News On - பணியாளர் பெர்சன் - Page 1 : comparemela.com

atsec has become an official GSMA member

atsec has become an official GSMA member
prleap.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from prleap.com Daily Mail and Mail on Sunday newspapers.

Staffan perssonNetwork equipment security assurance schemeAssurance specificationsMrs rasma arabyLaboratory directorCommon criteriaபணியாளர் பெர்சன்வலைப்பின்னல் உபகரணங்கள் பாதுகாப்பு உறுதி திட்டம்ஆய்வகம் இயக்குனர்பொதுவானது அளவுகோல்கள்

Från traditionell träindustri till digitalt plattformsföretag

Från traditionell träindustri till digitalt plattformsföretag
atl.nu - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from atl.nu Daily Mail and Mail on Sunday newspapers.

John sandstromJen lundqvistStaffan perssonSamuel holmstromReach the company herBusiness ideaLender lundqvistJohn sandstrom inspirationHer buildingCompany herJohn sandstrom factsFamily jenOperating profitஜான் மணற்கல்பணியாளர் பெர்சன்வணிக யோசனை

How plants stabilize their water pipes

E-Mail IMAGE: Visualization of cell walls of the plant vascular system, which wind around the cells in filigree band and spiral patterns. view more Credit: MPI-MP/ René Schneider Trees are by far the tallest organisms on Earth. Height growth is made possible by a specialized vascular system that conducts water from the roots to the leaves with high efficiency, while simultaneously providing stability. The so-called xylem, also known as wood, is a network of hollow cells with extremely strong cell walls that reinforce the cells against the mechanical conflicts arising from growing tall. These walls wrap around the cells in filigree band and spiral patterns. So far, it is only partly known, how these patterns are created. Scientists from the Max Planck Institute for Molecular Plant Physiology in Golm/Potsdam and from Wageningen University and their colleagues study the formation of such reinforced and patterned cell walls.

Taku demuraArun sampathkumarEvae deinumMarcel jansonStaffan perssonKelseyl picardTijs ketelaarWageningen universityUniversity of potsdamGerman research foundationMax planck institute for molecular plant physiologyMax planck instituteMolecular plant physiologyMolecular plantமார்செல் ஜான்சன்பணியாளர் பெர்சன்

Wood formation can now be followed in real-time - and possibly serve the climate and builders of tomorrow

plant science A genetic engineering method makes it possible to observe how woody cell walls are built in plants. The new research in wood formation, conducted by the University of Copenhagen and others, opens up the possibility of developing sturdier construction materials and perhaps more climate efficient trees. Cross section of xylem (credit: Getty Images) The ability of certain tree species to grow taller than 100 meters is due to complex biological engineering. Besides needing the right amounts of water and light to do so, this incredible ability is also a result of cell walls built sturdily enough to keep a tree both upright and able to withstand the tremendous pressure created as water is sucked up from its roots and into its leaves.

Irene schneiderStaffan perssonEnvironmental sciencesUniversity of copenhagenDepartment of plantGetty imagesProfessor staffan perssonரெனே ஶ்நைடர்பணியாளர் பெர்சன்சுற்றுச்சூழல் அறிவியல்பல்கலைக்கழகம் ஆஃப் கோபெந்ஹேகந்துறை ஆஃப் ஆலைகெட்டி படங்கள்ப்ரொஃபெஸர் பணியாளர் பெர்சன்

Wood formation can now be followed in real-time -- and possibly serve the climate of tomorrow

Credit: Dr. René Schneider A genetic engineering method makes it possible to observe how woody cell walls are built in plants. The new research in wood formation, conducted by the University of Copenhagen and others, opens up the possibility of developing sturdier construction materials and perhaps more climate efficient trees. The ability of certain tree species to grow taller than 100 meters is due to complex biological engineering. Besides needing the right amounts of water and light to do so, this incredible ability is also a result of cell walls built sturdily enough to keep a tree both upright and able to withstand the tremendous pressure created as water is sucked up from its roots and into its leaves.

Irene schneiderStaffan perssonEnvironmental sciencesNature communicationsNara institute of scienceUniversity of copenhagenDepartment of plantCopenhagen plant science centerUniversity of tasmaniaWageningen universityShanghai jiao tong universityLaureate research grantUniversity of melbourneUniversity of copenhagen staffan perssonMax planck institute for molecular plant physiologyProfessor staffan persson