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Plants have neither supportive bone tissue nor muscles, and yet they can form rigid structures like stalks and even tree trunks. This is due to the fact that plant cells are enveloped by a stable cell wall. The main component of the plant cell wall is cellulose, which represents almost 50 percent of the total cell wall material and, at one billion tonnes per year, is the most frequently produced macromolecule in nature.
consists of three different CesA (cellulose synthase) proteins which supposedly link

Forscher können die Anfälligkeit älterer Menschen für Krankheiten anhand bestimmter Substanzen im Blut erkennen
Katharina Link Presse- und Öffentlichkeitsarbeit Max-Planck-Institut für Biologie

Researchers from the Department of Inorganic Chemistry have reassigned the vibrational spectrum of vanadium pentoxide.
pentoxide, three different types of oxygen atoms are distinguished by how they link

Research project presents ways of overcoming future immigration challenges
trends in developed countries January 13, 2025 Social Sciences Study examines the link

Molecular mechanisms explain why people respond differently to stress
stress response Genetic variants influence stress response Study suggests strong link

The unusual disk around the star HD 21997 contains both gas and dust
As such, it qualifies as a link between an early and a late phase of disk evolution

Neurobiologists can now activate specific nerve cells to study the association between sensations and negative experiences
receptors on the surface of nerve cells makes it possible to create a meaningful link

Max Planck scientists decipher important mechanisms of bacterial cell wall synthesis.
These molecular adapters link the incorporation of newly synthesized cellular material

The detectors of the Cresst experiment search for very light dark matter particles. A new calibration method exploits the full potential of these sensitive detectors.
D 108, 022005 DOI Link Cresst Experiment Other Interesting Articles First comprehensive

Wissenschaftler haben die molekularen Tricks entschlüsselt, mit denen ein spezielles Bakterium seinen Sauerstoffbedarf abdeckt, um das Treibhausgas Methan zu nutzen
schlagen die Wissenschaftler vor, dass dieser neu entdeckte Reaktionsweg der „missing link