Böcker av Zheng Wei

Bine äi venit într-o lume a gusturilor exotice ¿i a aromei bogate a buc¿t¿riei chineze, unde fiecare preparat este o oper¿ de art¿ culinar¿. Întâlni¿i-v¿ ghidul culinar, chef-ul legendar Zheng Wei, în cartea sa senzäional¿, "Delicii Chineze¿ti: C¿l¿toria Culinar¿ a Maestrului Zheng Wei."Chef Zheng Wei v¿ conduce printr-o incursiune fascinant¿ în inima buc¿t¿riei chineze, dezv¿luindu-v¿ secretele ¿i tehnologiile din spatele preparatelor chineze¿ti autentice. Cartea sa nu se opre¿te doar la re¿ete; exploreaz¿, de asemenea, povestea bogat¿ ¿i cultura culinar¿ a Chinei.De la celebra mâncare chinezeasc¿ la pr¿jituri lichioase ¿i delicioase, aceast¿ carte v¿ ofer¿ toate instrumentele necesare pentru a v¿ transforma buc¿t¿ria într-un laborator al gusturilor chineze¿ti. Zheng Wei ofer¿, de asemenea, sfaturi despre alegerea ingredientelor corecte ¿i despre tehnicile de g¿tit esen¿iale."Delicii Chineze¿ti" nu este doar o carte de re¿ete, ci ¿i o fereastr¿ spre cultura ¿i istoria culinar¿ a Chinei. Cu fiecare pagin¿ citit¿, ve¿i fi transportat într-o c¿l¿torie culinar¿ uimitoare în Orientul Îndep¿rtat.De la mesele de zi cu zi la evenimente speciale, cartea lui Zheng Wei v¿ va inspira s¿ experimentäi buc¿t¿ria chinezeasc¿ autentic¿ ¿i s¿ creäi adev¿rate capodopere culinare.

Written by respected experts, this book highlights the latest findings on the electromagnetic ultrasonic guided wave (UGW) imaging method. It introduces main topics as the Time of Flight (TOF) extraction method for the guided wave signal, tomography and scattering imaging methods which can be used to improve the imaging accuracy of defects.

Increased Cu levels in blood, saliva and brain are found in Mn-exposed animals and humans; the underlying mechanism is unknown. Dyshomeostasis of Cu in the central nervous system is known to contribute to the pathogeneses of several neurodegenerative diseases. Regulation of cellular Cu homeostasis involves Cu-transporting ATPases (Cu-ATPases), i.e., ATP7A and ATP7b. Both transporters play an important role in removing excess Cu ions from the cytosol. However, the questions as to whether and how Cu-ATPases in the brain barrier systems transport Cu, i.e., toward brain parenchyma, cerebrospinal fluid, or blood, and whether and how Mn exposure affects the transport function of both Cu-ATPases, remained unanswered. This study was designed to characterize the role of Cu-ATPases in regulating Cu transport at the blood-brain and blood-cerebrospinal fluid barriers and to investigate how exposure to Mn may alter the function of ATP7A and ATP7B, thereby contributing to the etiology of Mn-induced Parkinsonian disorder.