Collaterals is a term in Traditional Chinese Medicine (TCM) in human body.It is the branch of the Channels and Collaterals that consists of DaLuo,XiLuo,ChanLuo,SunLuo and FuLuo,etc.Its function are transporting qi and blood,connecting zang- fu organs and limbs, as well as the upper and the lower,the interior and the exterior, and regulating all parts of the body.Collaterals disease is the disorder of the function of transporting qi,blood and body fluid,and the pathologic metabolite interference in Collaterals due to various agents. There are many therapy such as communicating Collaterals with Pungent Flavour and Moistening,Pungent Flavour and Worm, Pungent Flavour,Clearing away Heat and promoting the dispersing function, Aromatic,Clearing away Heat,Clearing away thrombosis,Clearing away sputum,insect and ants therapy,promoting qi, moistening and promoting,Clearing and moistening,worming and moisting and Softening liver, etc.

Objective To establish experimental autoimmune thyroiditis (EAT) rat model induced by bovine thyroglobulin (bTg) and to observe the effect of iodine on IP-10 in rat serum and IP-10 mRNA expression in rat thyroid tissue.Methods One hundred and thirty-five four-week old female Lewis rats were divided into normal control (NC,20 rats) group;TG group,25 rats;H Ⅰ group,20 rats;H Ⅰ + TG group,25 rats;H Ⅱ group,20 rats and H Ⅱ + TG group,25 rats according to a random number table.The water iodine concentration was 25.7 μg/L given to rats of HⅠ and H I + TG groups,and 423.3 μg/L of H Ⅱ and H Ⅱ + TG groups.Rats of NC and TG groups drank distilled water.Rats of TG,H Ⅰ + TG,H Ⅱ + TG groups were immunized with 0.1 ml bTg (8 g/L) in IFA.All rats were killed at the end of 15 weeks.Urinary iodine was determined by As3+-Ce4+ catalytic spectrophotometry (WS/T 107-2006).Pathological changes in thyroid tissue were observed by light microscope.Serum IP-10 was determined by enzyme-linked immunosorbent assay (ELISA),and IP-10 mRNA expression in thyroid was detected by real-time PCR.Results The differences of urinary iodine between groups were statistically significant (x2 =106.4,P ＜ 0.05).Compared with NC group (456.45 μg/L) urinary iodine in other groups increased significantly (TG,H Ⅰ,H Ⅰ + TG,HⅡ,HⅡ + TG:800.08,18 633.20,13 869.08,87 889.97,61 661.51 μg/L,all P ＜ 0.05).The pathological changes of rats in each group aggravated following increased iodine intake,NC group had normal thyroid structure;thyroid of TG group had a small amount of lymphocytes;thyroid of H Ⅰ group showed irregular follicular,part of the follicular was destroyed;a large number of lymphocytes infiltrated between follicular of H Ⅱ group;in H Ⅱ + TG group,the follicular was destroyed severely,diffuse inflammatory cell infiltration.The difference of serum IP-10 between groups no were statistically significant (F =1.462,P ＞ 0.05).The expression of IP-10 mRNA of H Ⅰ + TG (2.80 ± 1.73) rats thyroid was higher than that in NC (1.65 ± 1.62) and H Ⅰ (1.07 ± 1.00) groups,H Ⅱ (0.64 ± 0.64),H Ⅱ + TG (0.80 ± 0.49) were lower than H Ⅰ + TG group (all P ＜ 0.05).Conclusions Excessive iodine intake could have increased inflammatory cells in EAT rat and rats have showed more serious pathologic changes.These phenomena may be ralated with changed expression of IP-10 mRNA in EAT rat thyroid.

Anesthesia is the most crucial part of clinical surgery in modern medicine,and it is highly risked due to complications of general anesthesia.Researches have proved that intraoperation monitoring depth of anesthesia efficiently reduced the dosage of anesthetics and led to earlier recovery,so that the risk of anesthesia has been minimized.Currently,the research on depth of anesthesia monitoring methods has become an international hotspot.This paper reviews the methods for monitoring depth of anesthesia,including bispectral index,auditory evoked potential,Entropy and heart rate variability,and highlights advantages,disadvantages of these methods and the relationship between these methods.This paper also introduces the relationship between heart rate variability and the depth of anesthesia monitoring,the method for analyzing heart rate variability in both time domain and frequency domain,which laid a theoretical foundation for the research on monitoring depth of anesthesia.

Objective To establish a experimental autoimmune thyroiditis(EAT) rat model and to observe pathological change levels of CD4 + T lymphocyte infiltration in thyroid tissues under different iodine nutrient conditions.Methods One hundred and thirty-five four weeks old female Lewis rats(body weight about 80 g) were divided into control(NC),model(TG),high iodine-Ⅰ (HⅠ),high iodine and model-Ⅰ (HⅠ + TG),high iodine-Ⅱ (H Ⅱ),high iodine and model-Ⅱ (H Ⅱ + TG) groups according to body weight by random number table.There were 20 rats in NC,HⅠ and H Ⅱ groups,and 25 rats in TG,H Ⅰ + TG and H Ⅱ + TG groups.The rats of HⅠ and HⅠ + TG groups drank deionized water containing iodine 25.7 mg/L; rats of HⅡl and H Ⅱ + TG groups drank deionized water containing iodine 423.3 mg/L; rats of NC and TG groups drank distilled water.Rats of TG,HⅠ + TG and H Ⅱ + TG groups were immunized with 0.1 ml thyroglobulin(Tg,8.0 g/L) in incomplete Freunds adjuvant (IFA),once two weeks for three times.Urine samples were collected after immunization for 8 weeks; after immunization for 15 weeks,rats were killed,blood samples and thyroid tissues were taken.Urinary iodine was determined by arsenic-cerium catalytic spectrophotometry; pathological changes in thyroid tissue were observed by Hematoxylin-Eosin (HE) method ; immunohistochemical method was used to identify the infiltration of inflammatory cells in thyroid tissue.Results The difference of rat thyroid relative quality between groups was statistically significant (F =44.428,P ＜ 0.05).Compared with NC group (0.085 25 mg/g),thyroid relative qualities were increased in experimental groups (TG,HⅠ,HⅠ + TG,H Ⅱ,H Ⅱ + TG groups:0.095 22,0.092 85,0.097 48,0.096 55,0.095 33 mg/g,all P ＜ 0.05).The difference of urinary iodine between groups was statistically significant(x2 =106.4,P＜ 0.05).Compared with NC group(456.45 μg/L),urinary iodine levels in TG,HⅠ,HⅠ +TG,HⅡ,HⅡ + TG groups(800.08,18 633.20,13 869.00,87 889.97,61 661.51 μg/L) were increased(all P ＜ 0.05).The pathological changes of rats in each group were increased with increasing of iodine intake.Rats in NC group had normal thyroid structure; in TG,HⅠ groups,a small amount of lyrnphocytes were found between thyroid follicular; the lymphocytes infiltrated into the follicular in HⅠ + TG group; rats in H Ⅱ,H Ⅱ + TG groups had follicular fusion,and diffused inflammatory cell infiltration.There was a tendency of increased CD4+ T lymphocyte infiltration in rat thyroid with increasing of iodine intake.There was no CD4+ T lymphocyte positive staining in NC group; TG group had a small amount of positive cells; HⅠ group had scattered yellowish-brown positive cells.HⅠ + TG group had a focal lymphocyte infiltration; HⅡ group had follicular expansion obviously; follicular structure damage in HⅡ + TG group was serious,and showed a diffused yellow dye.Conclusion Excessive iodine intake and Tg immunization can induce and aggravate the incidence of autoimmune thyroiditis in rats,and pathological change situation has exacerbated with increasing of iodine intake; excessive iodine intake may also lead to an increased tendency of CD4+ T lymphocytes infiltration in thyroid tissue of EAT rat.

Pancreatic cancer is the third leading cause of cancer-related death in the world due to its high malignancy, difficult in early diagnosis, poor treatment efficacy, and high mortality. In recent years, benefiting from the progress of combined chemotherapy and neoadjuvant therapy, the prognosis of patients with pancreatic cancer has been improved to a certain extent. However, compared with other tumors, progress of precision medicine in pancreatic cancer is slow. The authors introduce the latest progress and difficulties in precision medicine of pancreatic cancer including molecular classification based on single gene and omics, monitoring tumor progression and guide treatment by minimally invasive liquid biopsy, as well as targeting therapy and immuno-therapy, in order to accelerate the development of precision medicine of pancreatic cancer.

Escherichia coli ; classification ; Escherichia coli Infections ; epidemiology ; microbiology ; Germany ; epidemiology ; Humans ; Pandemics

Animals ; Coal Tar ; toxicity ; Comet Assay ; DNA Damage ; drug effects ; Mice ; NIH 3T3 Cells ; drug effects

Communicable Diseases, Emerging ; genetics ; Genomics ; Humans

Adult ; Female ; Gas Poisoning ; drug therapy ; Glycoproteins ; therapeutic use ; Humans ; Male ; Middle Aged ; Quinuclidines ; therapeutic use ; Treatment Outcome ; Young Adult

Animals ; Disease Reservoirs ; microbiology ; Genome, Bacterial ; Geography ; Marmota ; microbiology ; Plague ; epidemiology ; microbiology ; Polymorphism, Genetic ; Yersinia pestis ; genetics