Hemodynamic monitoring is a very important measure for critically ill patients with burn and trauma, and it should be carried out throughout the course of treatment. Functional hemodynamic monitoring consists of the assessment of the dynamic interactions of hemodynamic variables in response to a defined volume change. Accordingly, response of fluid volume can be assessed in a quantitative fashion by measuring variation of both arterial pulse pressure and left ventricular stroke volunime during positive pressure breathing, or the change in cardiac output response to passive leg raising maneuver. Functional hemodynamic monitoring, contrary to that of static condition in order to realize dynamic and individual monitoring, is related to response to treatment, and it is a useful complement to static (routine) hemodynamic monitoring. At present, in the care of sepsis, shock, and mechanical ventilation, etc. related to burn injury and trauma, functional hemodynamic monitoring is more and more accepted and applied by medical personnel of ICU in burn and trauma departments. Therefore, further study on functional hemodynamic monitoring should be emphasized and practised.
Blood Pressure ; Burns ; therapy ; Critical Care ; Critical Illness ; Fluid Therapy ; Hemodynamics ; physiology ; Humans ; Positive-Pressure Respiration ; Respiration, Artificial ; Sepsis ; diagnosis ; therapy ; Shock ; diagnosis ; therapy ; Stroke Volume ; Systole

Adolescent ; Adult ; Cause of Death ; Dermatitis, Occupational ; mortality ; prevention & control ; Female ; Humans ; Male ; Retrospective Studies ; Trichloroethylene ; toxicity ; Young Adult

Aspirin ; administration & dosage ; therapeutic use ; Blood Cell Count ; Blood Platelets ; drug effects ; physiology ; C-Reactive Protein ; analysis ; Child, Preschool ; Diagnosis, Differential ; Female ; Humans ; Hydroxyurea ; administration & dosage ; therapeutic use ; Interferons ; administration & dosage ; therapeutic use ; Platelet Count ; Thrombocythemia, Essential ; blood ; diagnosis ; therapy

Child ; Humans ; Male ; Neoplasms, Second Primary ; etiology ; Precursor Cell Lymphoblastic Leukemia-Lymphoma ; complications ; Sarcoma, Myeloid ; etiology ; pathology

Child ; Female ; Humans ; Sarcoma, Myeloid ; Spine ; pathology

Child ; Crush Syndrome ; complications ; Female ; Humans ; Male ; Pulmonary Edema ; complications

Actin cytoskeleton in podocyte is a complicated network structure,and the stability of this structure depend on many proteins which located in slit diaphragm,the apical membrane domain and the basal membrane domain with the stimulus of mechanical stress,the actin cytoskeleton can be adaptive regulated to maintain the normal function of glomerulus,and several signal pathways involve in the process,such as RhoA/Rho kinase signal pathway and TRPC6.

Objective To primarily explore the efficacy and adverse effects of the combination of fiudarabine,cytarabine and granulocyte colony-stimulating factor(G-CSF)(FLAG regime)therapy for relapsed and refractory acute leukemia in children.Methods Ten children were treated with the FLAG regime for relapsed and refractory acute myeloid leukemia (AML)and acute lymphoblastic leukemia(ALL)from Feb.2007 to Mar.2010.There were 8 male and 2 female,with mean age 8 years(ranging from 4 to 12 years).AML was diagnosed in 8 children,AML-M2 in 5 cases,AML-M4 in 3 cases.ALL was diagnosed in 2 children,both were B-ALL.Six children had refractory disease,and 4 cases were in relapse.FLAG regime included:fludarabine 25 mg?m-2?d-1,days 1-5;cytarabine 2 g?m-2?d-1,days 1-5;G-CSF 150-300 ?g?d-1,from day 0 to neutrophils ≥0.5?109 L-1.Results Complete remission was obtained in 6 children(60%),partial remission was obtained in 1 child(10%),and 3 children were considered non-response(30%).The total effective rate was 70%.For 8 children with AML,6 children had achieved complete remission(75%),2 children had non-response(25%).While in children with ALL,1 child got partial remission,and the other one had non-response.Myelosuppression and infections due to neutropenia were the most frequent adverse effects,severe nonhematologic toxicity were not observed in these children.And there were no chemotherapy-related death.Conclusions The FLAG regime is effective in treatment of children with relapsed and refractory acute leukemia,especially for the children with the relapsed and refractory AML.The adverse effects from this regime were well tolerated.FLAG regime can give children with relapsed and refractory acute leukemia another chance.

AIM: To study the causes of pyogenic granuloma after hydroxyapatite(HA) orbital implants.METHODS: HA orbital implants (250 cases) in our hospital (68 pegged implants) were reviewed.All patients were followed up from 18 months to 10 years. Implants were removed after medical therapy which was proved to be ineffective.RESULTS: Ten of 250 cases of HA orbital implants developed pyogenic granuloma. Pyogenic granuloma occurred in 1 unpegged implants patient and 9 patients after pegging and drilling of HA implantation over 4～7 years. The pyogenic granulomas were not controlled by medical therapy effectively. Implants were removed in 9 cases except 1 case denied removing and continued medical therapy.CONCLUSION: Pyogenic granuloma was serious complication that occurred after HA orbital implants. Partial vascularization, implant exposure, xenogenic sclera implant, pegging and drilling of HA implantation are risk factors that affect the development of pyogenic granuloma.Pyogenic granuloma hasn't relation with implanted peg material. Pyogenic granuloma denotes the potential implant infection, and all implants should be removed finally.

Child ; Humans ; Plasma Exchange ; Thrombotic Microangiopathies ; therapy