Absent in melanoma 2 (AIM2) is a cytoplasmic protein, which can identify and combine with the cytoplasmic dsDNA to activate caspase-1, and promote the maturation and release of IL-1β and IL-18, or induce pyroptosis.AIM2 belongs to the innate immune system and is the first line of defense to protect the body against the invasion of alien microbes.After identifying the pathogenic microorganisms, the activation of the host signal caused the reaction, which started microorganisms.The activation of the host signal caused the reaction, which started the innate immune and acquired immune response.Research also suggests that AIM2 plays an important role in the occurrence and development of tumor, which was abnormally expressed in many malignant tumors such as prostatic cancer, colorectal cancer, breast cancer, nasopharyngeal carcinoma, oral squamous cell carcinoma, non small cell lung cancer, and AIM2 plays different roles in the progression of different tumor.This article will summarize the research progress of AIM2 in innate immunity and tumor development.

Objective:To investigate the method for treating facial post-burn hyperpigmentation. Methods: Forty-two patients with facial post-burn hyperpigmentation were randomly divided into two groups.Twenty-four subjects applied 15% Azelaic Acid cream combined with 0.025% Tretinoin cream daily to face,and eighteen subjects applied vehicle cream.At base line and six weeks of treatment,each subject's facial hyperpigmentation was assessed by area and colorimetric evaluations.Results:The facial post-burn hyperpigmentation of the Azelaic Acid and Tretinoin-treated subjects were significantly lighter after six weeks of therapy than those of the vehicle-treated subjects(?~(2)=10.94,P

Objective To clarify the frequency, the routes of transmission from mother to infant, the correlation factors and distribution of genotypes of transfusion transmitted virus (TTV) infection. Methods Nested polymerase chain reaction (n PCR) was performed to detect TTV DNA and genotypes in serums and breast milks from 160 cases of pregnant women. Results TTV DNA in serum and breast milk was detected in 64 (40 0%) and 60 (37 5%) of 160 cases of pregnant women respectively. The positive rates of TTV DNA from HBV markers (+) and normal groups were 50 0%, 43 1% and 13 6%, 22 7% respectively in serums and breast milk. There were significant difference between the two groups ( P

Dental Implantation ; methods ; Humans ; Jaw ; physiology ; surgery ; Reconstructive Surgical Procedures ; methods

Enterocolitis, Necrotizing ; diagnostic imaging ; Humans ; Infant, Newborn ; Male ; Radiography

Face ; blood supply ; Hemangioma ; classification ; diagnosis ; therapy ; Humans ; Jaw ; blood supply ; Lymphatic Abnormalities ; classification ; diagnosis ; therapy ; Mouth ; blood supply ; Vascular Malformations ; classification ; diagnosis ; therapy

Hepatitis C, Chronic ; etiology ; pathology ; therapy ; Humans ; Recurrence

Face ; blood supply ; Hemangioma ; therapy ; Humans ; Vascular Malformations ; therapy ; Vasculitis ; therapy

Fecal microbiota transplantation (FMT) has become a key treatment for Clostridium difficile infection (CDI).The Chinese fecal microbiota bank rescue plan is a non-profit central platform for the treatment of refractory CDI using FMT.This article reviewed and analyzed the principle,protocol and risk management of the Chinese fecal microbiota bank rescue plan.

Febrile seizures ( FS ) is a common convulsive disorder in infants and young children. It is clinically classified into simple febrile seizures(SFS)and complex febrile seizures(CFS). Although intensively investigated,it remains controversial on the etiology,pathogenesis,treatment,long-term prognosis of FS,even the definition itself is still under debate. This paper briefly reviews recent advances on the underlying mechanisms of FS,including involvement of genetic factors,role of ion channels,and immunologic and neurotransmitter dysreg-ulation. We also gathered some new insights on the treatment and prevention of FS,aiming to improve our under-standing of FS.