CH-47 Chinook Blank Livery Complex Animation #Blank #Helicopter #Chinook #Ch47 #Ch47f #Ch #47 #Ch47 #Boeing #Transport #Air #Force #Army #Military #War #AssetStore
https://u3dn.com/packages/ch-47-chinook-blank-livery-complex-animation-270137
CH-47 Chinook Blank Livery Complex Animation #Blank #Helicopter #Chinook #Ch47 #Ch47f #Ch #47 #Ch47 #Boeing #Transport #Air #Force #Army #Military #War #AssetStore
https://u3dn.com/packages/ch-47-chinook-blank-livery-complex-animation-270137
Jeune femme au milieu d’un coup d’État...
https://litix.fr/seule-au-congo
#NSFW #bbc #doublepénétration #forcé #gangbang #groupe #interracial
Harshvardhan Rane studies for exams en route to the location of 'Force 3' #HarshvardhanRane #Force #socialnewsxyz

Mumbai, March 29 (SocialNews.XYZ) Actor Harshvardhan Rane is presently occupied with the shoot of his action-packed drama "Force 3". However, the actor is also balancing studies with his work. In his latest story on... - Social News XYZ
Herman Hesse (1877-1962) German-born Swiss poet, novelist, painter
Steppenwolf, “Treatise of the Steppenwolf,” ch. 2 (1927) [tr Breighton (1929)]
More about (and translations of) this quote: wist.info/hesse-herman/82858/
#quote #quotes #quotation #qotd #hermanhesse #steppenwolf #bourgeois #calm #comfort #convenience #democracy #force #law #liberty #majorityrule #peaceandquiet #power #responsibility #security #selfpreservation #tyrannyofthemajority

Now the bourgeois treasures nothing more highly than the self (rudimentary as his may be). And so at the cost of intensity, he achieves his own preservation and security. His harvest is a quiet mind which he prefers to being possessed by God, as he does comfort to pleasure, convenience…
Thursday, March 26, 2026
Worst oil supply disruption in modern Russian history halts about 40% of export capacity, Reuters reports -- 'Land for security' in Ukraine negotiations must be rejected -- Ukrainian drones attack major oil and gas facilities in Russia's Leningrad Oblast for second night in row ... and morehttps://activitypub.writeworks.uk/2026/03/thursday-march-26-2026/

Smooth muscle (SM) contraction is well known to be regulated by the reversible phosphorylation of the myosin regulatory light chain. However, SM force generation and relaxation are often uncoupled from myosin phosphorylation levels (e.g. the latch-state), indicating that additional regulatory mechanisms must be at play. The precise effects of the actin binding protein caldesmon (CaD) on SM force production and relaxation remain ambiguous, largely due to contradictory findings in experiments performed at the tissue level. To date, there are no studies that have measured the effects of CaD on force and relaxation at the molecular level. Here, we use a laser-trap assay to measure the force produced by SM myosin molecules in the presence and absence of CaD. Measurements were performed before and during myosin dephosphorylation, thus simulating SM contraction and relaxation in-vitro. We demonstrate that CaD inhibits force generation, most likely through competitive inhibition of actomyosin binding while simultaneously introducing a resistive load via tethering of actin and myosin. We also establish CaD as a potentiator of relaxation, increasing force decay rate during myosin dephosphorylation. Finally, we show that CaD directly modulates the dependence of myosin-actin mechanics on myosin phosphorylation levels. These findings refine our understanding of SM regulation, highlighting CaD not merely as a passive structural stabilizer, but as a critical regulatory component of force development and relaxation. Ultimately, understanding these mechanical functions offers new perspectives on pathophysiologies involving SM, such as asthma, hypertension, and gastrointestinal disorders, potentially guiding targeted therapeutic strategies. ### Competing Interest Statement The authors have declared no competing interest. Natural Sciences and Engineering Research Council, https://ror.org/01h531d29, RGPIN-2024-06906, PGSD-5898942024