Racer Sunbeam 1800 HP [bateau de course, vue sur le moteur] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 60370

Racer Sunbeam 1800 HP [bateau de course, vue sur le moteur] : [photographie de presse] / [Agence Rol]

Référence bibliographique : Rol, 60371

新刻全像批評西遊記Xin ke quan xiang pi ping xi you ji.Le Xi you ji, nouvelle édition illustrée.

Livre 18 seulement (hui 86 à 91).

新鐫批評秘本玉支磯小傳Xin juan pi ping bi ben yu zhi ji xiao zhuan.Histoire du rocher aux veines de jade.

Par Yin shui shan ren et par l'homme du Tian hua zang. Édition du pavillon Zui hua.20 hui.

新鐫批評繡像賽紅絲小說Xin juan pi ping xiu xiang sai hong si xiao shuo.Histoire de l'offrande du fil rouge, édition illustrée.

Préface du maître du Tian hua zang. Ancienne impression.16 hui.

新鐫古本批評三世報. 隔簾花影Xin juan gu ben pi ping san shi bao. — Ge lian hua ying.Rétribution pendant trois générations : l'ombre des fleurs à travers la jalousie ; nouvelle édition.

A la fin des Song. Préface non datée.48 hui.

新鐫繡像西廂琵琶合刻Xin juan xiu xiang xi xiang pi pa he ke.Histoire du pavillon occidental et Histoire du luth, nouvelle édition collective illustrée.

Contient : I園林午夢Yuan lin wu meng.Songe de midi dans le bosquet ; II圍棋馬局Wei qi ma ju.L'échiquier ; III西廂摘句骰譜Xi xiang zhe ju tou pu.Tableaux explicatifs des parties de dés du Xi xiang ji ; IV錢塘夢Qian tang meng.Songe de Qian tang ; V會眞記Hui zhen ji.Histoire du portrait ; VI李卓吾先生（alias 卓老）批㸃西廂記眞本Li zhuo wu xian sheng (alias tcho lao) pi dian xi xiang ji zhen ben.Le Xi xiang ji (Histoire du pavillon occidental), ponctué par Li Zhuo wu ; VII新校琵琶記始末Xin jiao pi pa ji shi mo.Le Pi pa ji (Histoire du luth), édition revue

取譬訓蒙Qu pi xun meng.

Contient : I教要總說Jiao yao zong shuo ; IIQu pi xun meng

闢妄條駁合刻Pi wang tiao bo he ke.Le Pi wang et le Tiao bo.

Contient : I闢釋氏諸妄Pi shi shi zhu wang ; II闢畧說條駁Pi lüe shuo tiao bai

Skeletal muscle protein content of lipolytic inhibitor G(0)/G(1) switch gene-2 protein: the effect of endurance training

The first and rate-limiting step of lipolysis is the removal of the first fatty acid from a triglyceride molecule; it is catalyzed by adipose triglyceride lipase (ATGL). ATGL is co-activated by comparative gene identification-58 (CGI-58) and inhibited by the G(0)/G(1) switch gene-2 protein (G0S2). G0S2 has also recently been identified as a positive regulator of oxidative phosphorylation within the mitochondria. Previous research has demonstrated in cell culture, a dose dependent mechanism for inhibition by G0S2 on ATGL. However our data is not consistent with this hypothesis. There was no change in G0S2 protein content during an acute lipolytic inducing set of contractions in both whole muscle, and isolated mitochondria yet both ATGL and G0S2 increase following endurance training, in spite of the fact that there should be increased reliance on intramuscular lipolysis. Therefore, inhibition of ATGL by G0S2 appears to be regulated through more complicated intracellular or post-translation regulation.

Role of Phosphorylation of the Oxysterol Binding Protein (OSBP) in (PI(4)P) and Sterol-Containing Membrane Recognition and Binding

Studies have demonstrated that the oxysterol binding protein (OSBP) acts as a phosphatidylinositol phosphate (PIP)-sterol exchanger at membrane contact sites (MCS) of the endoplasmic reticulum (ER) and Golgi. OSBP is known to pick up phosphatidylinositol-4-phosphate (PI(4)P) from the ER, transfer it to the trans-Golgi in exchange for a cholesterol molecule that is then transferred from the trans-Golgi to the ER. Upon further examination of this pathway by Ridgway et al. (1), it appeared that phosphorylation of OSBP played a role in the localization of OSBP. The dephosphorylation state of OSBP was linked to Golgi localization and the depletion of cholesterol at the ER. To mimic the phosphorylated state of OSBP, the mutant OSBP-S5E was designed by Ridgway et al. (1). The lipid and sterol recognition by wt-OSBP and its phosphomimic mutant OSBP-S5E were investigated using immobilized lipid bilayers and dual polarization interferometry (DPI). DPI is a technique in which the protein binding affinity to immobilized lipid bilayers is measured and the binding behavior is examined through real time. Lipid bilayers containing 1,2-dioleoyl-sn-glycero-3-phosphocholine (DOPC) and varying concentrations of PI(4)Ps or sterols (cholesterol or 25-hydroxycholesterol) were immobilized on a silicon nitride chip. It was determined that wt-OSBP binds differently to PI(4)P-containing bilayers compared to OSBP-S5E. The binding behavior suggested that wt-OSBP extracts PI(4)P and the change in the binding behavior, in the case of OSBP-S5E, suggested that the phosphorylation of OSBP may prevent the recognition and/or extraction of PI(4)P. In the presence of sterols, the overall binding behavior of OSBP, regardless of phosphorylation state, was fairly similar. The maximum specific bound mass of OSBP to sterols did not differ as the concentration of sterols increased. However, comparing the maximum specific bound mass of OSBP to cholesterol with oxysterol (25-hydroxycholesterol), OSBP displayed nearly a 2-fold increase in bound mass. With the absence of the wt-OSBP-PI(4)P binding behavior, it can be speculated that the sterols were not extracted. In addition, the binding behavior of OSBP was further tested using a fluorescence based binding assay. Using 22-(N-(7-nitrobenz-2-oxa-1,3-diazol-4-yl)amino)-23,24-bisnor-5-cholen-3β-ol (22-NBD cholesterol), wt-OSBP a one site binding dissociation constant Kd, of 15 ± 1.4 nM was determined. OSBP-S5E did not bind to 22-NBD cholesterol and Kd value was not obtained.

Discurso que por encargo de la Junta Patriótica, pronunció en el panteón de Santa Paula el ciudadano Ignacio Sierra Rosso, en la colocación del pié que perdió en Veracruz el Esco. Sr. General de División, Benemérito de la Patria D. Antonio López de Santa-Anna, en la gloriosa jornada del 5 de diciembre de 1838.

UANL