The trigemino-cerebellar projections of the rats were studied by introducing HRP microelectrophoretically in to various deep icerebellar nuclei (dentate nucleus, ND; interpositus nucleus, anterior part, NIA; interpositus nucleus, posterior part, NIP; fastigial nucleus, NF). The results indicate that all nuclei of the trigeminal nerve give their projections to bilateral (mostly ipsilateral) deep cerebellar nuclei. Most of them come from the interpolar and oral subnuclei of the spinal nucleus of the trigeminal nerve. The caudal subnucleus of the spinal nucleus of the trigeminal nerve and the principal sensory nucleus of the trigeminal nerve (VP) take the second place. Least of all come from the mesencephalic nucleus (ME) and the motor nucleus (MO) of the trigeminal nerve. In addition, cells in the region ventrolateral to the motor nucleus (VMO) and in the root of the trigeminal nerve (VR) also project to deep cerebellar nuclei. Fibers coming from ME terminate mostly in NF and NIA. Fibers from the spinal nucleus of the trigeminal nerve and VP terminate more in NIP and ND. Fibers from MO terminate in NF, NIA and ND. Fibers from VMO and VR have the same termination as those from the sensory nuclear complex of the trigeminal nerve.

Objective To investigate the value of video-assisted thoracoscopic surgery(VATS)in the treatment of coagulated hemothorax.Methods A prospective randomized controlled study.Between July 2005 and July 2007,62 patients with coagulated hemothorax were enrolled in this study.The patients were randomly divided into VATS and traditional thoracotomy groups(31 in each).The pathophysiological parameters of the two grups were compared.Results No significant difference in the sex,age,property and location of the wound,and rate of complicated injuries was noticed between the two groups.The mean operation time,duration of postoperative drainage,and postoperative hospital stay of the VATS group were significantly shorter than those in the traditional group [(52.1?24.4)min vs(120.2?47.2)min,t=-7.136,P=0.000;(1.7?0.7)d vs(4.8?1.8)d,t=-8.937,P=0.000;and(12.6?2.4)d vs(18.0?8.9)d,t=-3.262,P=0.002;respectively];and the mean intraoperative blood loss and the volume of thoracic drainage of the VATS group were significantly lower than those in the traditional group [(137.1?14.6)ml vs(203.2?53.4)ml,t=-6.648,P=0.000;and(181.3?37.9)ml vs(253.9?64.0)ml,t=-5.435,P=0.000,respectively].No significant difference in the rate of complications existed between the two groups(0 vs 1 case,?2=0.000,P=0.000).Conclusion Video-assisted thoracoscopy is feasible and safe for coagulated hemothorax and is worth being widely used.

To study the function of lipoprotein lipase (LPL)with Asn291 Ser and Lys312insC compound mutation in LPL gene knockout heterozygous (LPL~(+/-)) mice. The results showed that triglycerides, free fatty acids, blood glucose and weight of LPL~(+/-) mice were higher than those of c57 mice(P<0. 05). The expressions of LPL Mrna and LPL protein of LPL~(+/-) group were lower than those of c57 group(P<0.05). The injection of Asn291Ser +Lys312insC protein caused little change of the lipid mass and LPL activity,but the injection of normal LPL protein induced obvious decrease of lipid mass and increase of the LPL activity.

[Summary] In newly diagnosed diabetic patients, fasting plasma glucose, HbA1C , and plasma lipid profiles were measured to analyze the association between HbA1C and plasma lipid profiles. HbA1C might affect plasma lipid profiles in newly diagnosed diabetic patients. Higher HbA1C was associated with the worse plasma lipid profiles and more severe insulin resistance.

The trigemino-cerebellar projections of rats were studied by introducing HRP microelectrophoretically into various areas of the cerebellar cortex. The results indicate that the following parts of the cerebellum receive bilateral (mostly ipsilateral) trigeminal projections, namely, the simple lobule, the crusa Ⅰ and Ⅱ, the paramedian lobuIe, the dorsal paraflocculus, the lateral part of the lobule Ⅷ and the vermal cortex of the lobules Ⅵ～Ⅸ.Fibers from the interpolar subnucleus and the principal sensory nucleus of the trigeminal nerve project to all of the above mentioned areas.The caudal subnucleus projects to the crus Ⅰ, the paramedian lobule, the dorsal paraflocculus, the lateral part of the lobule Ⅷ and the vermal cortex of the lobules Ⅵ～Ⅸ.The oral subnucleus gives its projections to the crus Ⅱ, the paramedian lobule, the lateral part of the lobule Ⅷ and the vermal cortex of the lobules Ⅶ～Ⅸ.The mesencephalic nucleus of the trigeminal nerve sends fibers to the crura Ⅰ and Ⅱ, the paramedian lobule, the lateral part of the lobule Ⅷ and the vermal cortex of lobules Ⅶ～Ⅸ.A few labeled neurons were found in the motor nucleus of the trigeminal nerve; while in the region ventro-lateral to the motor nucleus, in the root of the trigeminal nerve and in areas adjacent to it large amount of labeled cells were seen in all the cases studied.Unexpectedly, several labeled neurons were seen in a semilunar ganglion of the trigeminal nerve.

Objective To investigate the effect of Alzheimer' s beta-amyloid (Aβ) on the production and the translocation in cytoplasm of retinoid receptor-α (RXRα). MethodsN2awt cells were treated with Aβ peptide or amyloid protein precursor(APP695) transfection. The nucleus were separated from the cytoplasm by kit. The quantity of RXRα in the nucleus and cytoplasm was detected by Westernblot. The translocation of RXRα in the nucleus and cytoplasm of above N2awt cells or of the cortex cells in the brains of Alzheimer' s disease (AD) patients and their normal control groups was observed by immune fluorescence. ResultsIn N2awt cells, the increasing APP or Aβ had no significant effect on the production of RXRα but resulted in RXRα exporting into cytoplasm, the ratio of RXRα in cytoplasm increased from 3.2％ (in control group) to 17.6％ (in APP+ group) and from 3.8％ (in control group) to 14.3％ (in Aβ + group) respectively; compared with normal cortex cells, the translocation of RXRα in the cytoplasm of the cortex cells in the brains of AD increased significantly. ConclusionAβ may affect RXRα exporting into cytoplasm.

Eight rabbits were used in this study.The position of the phrenic nucleus in thespinal cord,the morphology of the phrenic motoneurones and position of the cellbodies of the sensory neurons of the phrenic nerve were determined by using themethod of HRP labelling through the centralcutting end of the left phrenic nerve atthe root of the neck.The results were as follows:1.The phrenic nucleus in the rabbit was located in C_3,C_4,and C_5 segments.Itis a longitudinal cell column lying between the ventromedial and the ventrolateralcolumns of the ventral horn of the spinal cord.2.Phrenic motoneurones differed in shape and size.Most of the cell bodies ofthe rabbit's phrenic motoneurones were round or oval in shape,ranging from 5 to45 ?m(mean 25 ?m)in diameter.3.The rabbit phrenic nerve arises from the ventral rami of the 3 rd,4 th and5 th cervical nerves,and the nucleus of this nerve does not extend beyond the 3 rd-5 th segments——the location of the nucleus corresponds with the segmental rootsfrom which the phrenic nerve arises.4.The cell bodies of the sensory neurones of the rabbit's phrenic nerve werelocated in the dorsal root ganglia of the third and fourth cervical nerves.Besides,50 rabbits were dissected,and the origin of their phrenic nerves werestudied.

Objective To analyze the association of the morbidity,the management of blood glucose,and the prognosis of patients with hyperglycemia in the medical intensive care units(ICU).Methods Medical records of ICU patients of Renji Hospital from 2002 to 2009 were reviewed using Medical Record Inquiry System,and the data were retrospectively analyzed.Results(1)2631 subjects were included in the present study,blood glucose was determined at least once during hospitalization in 2168 of them.The incidence of hyperglycemia was 26.3%,in which 12.9% presented a known history of diabetes and 13.4% without.In the patients with diabetes history,93.2% of them received anti-diabetic treatment during hospitalization.mainly with oral anti-hyperglyeemic agents (53.0%)or subcutaneous insulin injection(24.9%).However,in the patients without diabetes history,84.4% were not treated against hyperglycemia.The mortality was increased in the latter group(30.4% vs13.9%,P<0.01).(2)In the patients with diabetes history,the mortality in patients whose blood glucose>10 mmol/L was higher than those with blood glucose≤7.0 mmol/L(20.5% vs 9.9%,P<0.05):while in the patients without diabetes history,the mortality began to rise as blood glucose>7.0 mmol/L(P<0.01).(3)Multiple stepwise regression analysis revealed that the average blood glucose level was an independent risk factor for death(OR=1.26).Conclusions The ICU patients showed a high prevalence of hyperglycemia,the management of hyperglycemia should be emphasized.Hyperglycemia in critically ill patients might be an independent risk factor of increased mortality.

A novel method was established for the qualitative and quantitative determination of fatty acids in Channel Catfish muscle by gas chromatography-electron ionization-mass spectrometry (GC-EI-MS) after supercritical carbon dioxide fluid extraction (SFE-CO_2). The extraction parameters for the methodology were optimized). The optimal conditions were extraction pressure of 25 MPa at 45 ℃ and extraction time of 100 min at the rate of carbon dioxide 30 L/h. The fatty acids in the muscle oil were derived by boron-trifluoride method). The saponification time was 10 min, and the esterication time was 20 min. The obtained fatty acid methylesters were separated by gas chromatography using a HP-Innowax capillary column, and were detected by electron) ionization) mass spectrometry. Full scan mode and SIM mode were used for the qualitative and quantitative analysis), respectively. In the SIM mode, saturated fatty acids were determined with m/z 74, mono-unsaturated) fatty acids were determined with m/z 55, double-unsaturated fatty acids were determined with m/z 67, and polyunsaturated fatty acids were determined with m/z 79. The detection limits of 14 fatty acids were 2.2-20.0 μg/L(S/N=3)), and the quantitative limits were 7.39-59.85 μg/L(S/N=10). The recoveries fell in the range from 90.0% to 111.2%(n=4), and the relative standard deviation was between) 2.0% and 5.9%. This effective, sensitive and reproducible method can be used for the determination of fatty acids in Channel Catfish muscle sample.

Objective To investigate the effect of video-assisted thoracoscopic surgery( VATS) in thoracic disease,and the feasibility to carry out VATS for basic hospital. Methods The data of VATS treatment were collected to compare the differences between study group and control group,and evaluate the the feasibility to carry out VATS for basic hospital. Results The operation time was (100. 75±22. 72) min, blood loss was (54. 27±26. 21) mL,postoperative drainage was (920. 67±171. 99) mL. The postoperative complications were fewer,post-operative hospital stay was shorter,incision time was shorter(P=0. 000) and pain scores was lower(P=0. 000) in study group than that in control group. Basic hospital has the capacity to conduct this technical. Conclusion VATS is feasible to carry out in basic hospital.