China ; Hepatectomy ; methods ; trends ; Humans

Objective To investigate the change of immunologic function of red blood cell (RBC) in patients with chronic gastritis. Methods The immunologic function of RBC in 88 cases of chronic gastritis was dynamically detected with yeast rosette method. Results The results showed that RBC-C3b receptor rosette (RBC-C3b-RR) rate and RBC immune adherence enhance factor (RFER) rate were significantly lower (P＜0.05) and RBC immune complex rosette (RBC-ICR) rate and RBC immune adherence inhibitor factor (RFIR) were significantly higher (P＜0.05) in the patients with atrophic gastritis than those in control group. In the patients with superficial gastritis, the difference had no distinct significance (P＞0.05). Conclusion The immunologic function of red blood cell (RBC)measurement plays an important role in differential diagnosis and prognosis evaluation of chronic gastritis.

Objective To investigate the effect of medial collateral ligament reconstruction using semitendinosus autograft.Methods A total of 12 patients with medial collateral ligament injury received knee examinations.Among them,2 had lateral meniscus injury,and received partial resection of the lateral meniscus;2 had cruciate ligament(CL) injury(anterior CL in one and posterior CL in the other),and underwent bone-ligament-bone reconstruction.Medial collateral ligament reconstruction was performed using the semitendinosus tendon autograft ingrowth in the tibial tunnel.Results Primary healing was achieved in all the cases.In 10 of them,the stability of the knee was regained in 6-month follow-up;stress X-ray examination showed that the medial joint space was smaller than the contralateral one by less than 5 mm,and the position of the interference screw was optimal.Of the 12 patients,11 achieved an active knee flexion between 0? and 120?,the other,who had fracture of the lateral condyle of the femur,had a flexion of 90?.Conclusions Semitendinosus autograft provides sufficient tension for medial collateral ligament reconstruction.The fixation of the knee and the closure of the joint capsule can be achieved by using the method.

Objective Previous studies have found that micheliolide(MCL) could improve the sensitivity of breast cancer cells to chemotherapeutic drugs such as cisplatin and induce the apoptosis of breast cancer cells.This article aims to study the proliferation inhibition effect of micheliolide on lung cancer cells H460 and its underlying mechanism.Methods Human lung cancer cell line H460 was treated with different concentrations of micheliolide(30,60,90μmol/L).Then the cell proliferation was measured by-CCK8 and plate colony formation assays.The apoptosis and the cell cycle were detected by flow cytometry.Western blot was used to determine the mechanism of how MCL affecting cancer cell H460.Results Compared with the control (275.00±7.21), the clone numbers after 30μmol/L,60μmol/L and 90μmol/L MCL treatment(199.00±5.66,166.00±1.41, 90.00±7.81) were significantly decreased (P<0.05).Meanwhile, the CCK-8 results showed that compared to the control group, A value was significantly increased after 30μmol/L MCL treatment for 72h and 96h, and 60μmol/L or 90μmol/L MCL treatment for 48h,72h and 96 h (P<0.05).Compared with the control apoptotic ratio [(2.90±0.03)％], the ratio of early and late apoptotic cells after 30μmol/L, 60μmol/L and 90μmol/L MCL treatment [(5.23±0.76)％, (9.06±0.47)％, (19.00±0.64)％] were significantly increased (P<0.05).Compared with the control group, the ratio of G2/M phase cells[(12.52±0.88) ％ ,(17.22±0.43)％, (19.84±0.31)％] was gradually increased after 30μmol/L, 60μmol/L and 90μmol/L MCL treatment, and there was statistically significant difference after 60μmol/L and 90μmol/L MCL treatment (P<0.05).The ratio of S+G1/G0 phase cells[(87.53±1.06)％ ,(82.94±0.67)％ ,(79.79±0.21)％] was gradually decreased after 30μmol/L, 60μmol/L and 90μmol/L MCL treatment, and there was statistically significant difference after 60μmol/L and 90μmol/L MCL treatment (P<0.05).The expression level of notch4 was significantly decreased after 30μmol/L, 60μmol/L and 90μmol/L MCL treatment (P<0.05), while the expression level of cleaved caspase3 was significantly upregulated (P<0.05).Conclusion MCL exerted an inhibitory effect on lung cancer cell H460.

The 55th ASH annual meeting published a special report about Hodgkin lymphoma,which mainly contains management of early-stage Hodgkin lymphoma,novel targeted therapy and the optimal treatment of lymphocyte-predominant Hodgkin lymphoma.The therapy of Hodgkin lymphoma should be individualized,in order to improve both PFS and OS.More clinical trials should be designed on the target therapy and the treatment strategy of nodular lymphocyte-predominant Hodgkin lymphoma.

Objective To explore the consistency of chemiluminescence microparticle immunoassay(CMIA)reagent and particle‐enhanced turbidimetric immunoassay(PETIA) reagent for detecting pepsinogen(PG) ,so as to provide laboratory references for en‐suring the reliability of PETIA reagent in detecting PG .Methods According to the requirement of EP9‐A2 file made by the Nation‐al Committee for Clinical Laboratory Standards(NCCLS) ,taking PETIA as evaluating method and CMIA as reference method ,a to‐tal of 92 specimens collected from patients with various degrees of gastric atrophy were selected ,PETIA and CMIA reagents were utilized for bidirectional detection of PG .Then recorded test results of pepsinogenⅠ(PGⅠ) ,and PGⅠ /pepsinogenⅡ(PG Ⅱ) rati‐o ,and carried out method comparison and bias evaluation for the two kinds of reagents .Results The expected relative bias of detec‐tion results of PGⅠ and PGⅠ /PG Ⅱ ratio by using PETIA and CMIA reagents were acceptable within linear range of methods . Conclusion The results of PGⅠ and PG Ⅱ detected by using PETIA reagent could be accepted .

As quantum dots( QDs),an advanced porduct of nanotechnology,have been widely used in bio-medicine due to their unique photoelectric properties. QD safety evaluation has become a hot area of research. So far,some researchers have expressed concern about the neurotoxic potential of QDs because the central nervous system was confirmed to be one of the target organs. Several studies found that QDs could enter the central nervous system by crossing the blood brain barrier and following neural pathways and produce some neurotoxic effects,such as damaging the structure and function of neural cells and impairing synaptic plasticity. The potential toxicity mechanisms could include oxidative stress,inflammation and change of ion channels.

Objective To explore the feasibility of nasolabial fold wrapped perforator flap in repairing pinna defects to produce the relative perfect appearance.Methods We treated 10 cases of pinna nasi defects by the nasolabial fold wrapped perforator flap.We examined the blood vessel distribution and exit of the blood vessel before surgery,and designed the nasolabial fold wrapped perforator flap according to the pinna defects.The flap with reasonable thickness was able to repair the both sides of defect after being cut properly.Meanwhile,the flap could be folded to form a local flap covered or lined with skin,and rotately transfered to repair nasal alar defect.Results All the flaps survived with incisions of donor sites healed primarily.Following up for 4 to 24 months showed that the color,texture and thickness of the flaps were similar to those of recipient sites.The scar in donor site was concealed and not obvious.Those cases who kept neurocutaneous branch had good sense.Satisfactory appearance was received without secondary repair.Conclusions The nasolabial fold wrapped perforator flap has abundant blood circulation and easily survives.It can also afford ample tissues to repair major area of pinna nasi defects,The blood vessel peduncle is too long to be survived easily.And the donor has not clear scar.Second reconstruction can be avoided in this procedure.The nasolabial fold wrapped perforator flap is one of the best choices to repair pinna defects.

Objective To investigate the clinical value of the 18F-FDG SPECT-CT combined with the image of CT in the diagnosis of lung cancer.Methods Retrospectively analysis images of 18F-FDG SPECT-CT and CT of 162 patients pulmonary tumor-like lesions from January 2013 to October 2013 were conducted.All the patients have been confirmed by the pathological mechanism or cytologic examination.Each patient has been firstly diagnosed by the 18F-FDG SPECT-CT along and then combined with the images of CT.The sensitive rate and the accurate rate of two methods were compared by x2 test.Results There were 40 benign lesions and 114 malignant ones in 162 patients.The sensitive rates of the two methods were 86.0％ and 96.5％ (x2 =6.63,P ＜ 0.05).The accurate rates of the two ways were 79％ and 96.3％ (x2 =7.76,P ＜ 0.05).The differences were statistically significant.Conclusion 18F-FDG SPECT-CT combined with the images of CT can increase the diagnostic sensitivity and accuracy.It has important clinical value.

Objective:To research expression and function of c-myc gene in hyperacute r ejection of xenotransplantation. 　　Method:Through the model of hyperacute rejection of xenotransplantation wit h isolated rat heart perfused with human plasma,we detected c-myc mRNA expressi on and cell localization with in situ hybridization in hyperacute rejection. 　　Result:c-myc mRNA increased expression in the endothelium cell of heart.Th e value of signal is 450.09±409.99.The value of signal of group of control is 1 74.40±51.50(p＜0.05)。 　　Conclusion:From these study findings,it would appear that hyperacute rejecti on is associated with the elevation of c-myc mRNA expression.