BACKGROUND Primary intracranial alveolar soft-part sarcoma(PIASPS)is a rare malignancy.We aimed to investigate the clinical profiles and outcomes for PIASPS.CASE SUMMARY We firstly reported five consecutive cases from...BACKGROUND Primary intracranial alveolar soft-part sarcoma(PIASPS)is a rare malignancy.We aimed to investigate the clinical profiles and outcomes for PIASPS.CASE SUMMARY We firstly reported five consecutive cases from our institute.Then,the cases from previous studies were pooled and analyzed to delineate the characteristics of this disease.Our cohort included two males and three females.The median age was 21-years-old(range:8-54-years-old).All the patients received surgical treatment.Gross total resection(GTR),radiotherapy,and chemotherapy were administered in 3 patients,4 patients,and 1 patient,respectively.After a median follow-up of 36 mo,tumor progression was noticed in 4 patients;and 3 patients died of the disease.Pooled data(n=14)contained 5 males and 9 females with a median age of 19 years.The log-rank tests showed that GTR(P=0.011)could prolong progression-free survival,and radiotherapy(P<0.001)resulted in longer overall survival.CONCLUSION Patients with PIASPS suffer from poor outcomes.Surgical treatment is the first choice,and GTR should be achieved when the tumor is feasible.Patients with PIASPS benefit from radiotherapy,which should be considered as a part of treatment therapies.展开更多
The conversion of propargylic alcohols and carbon dioxide(CO_(2)) into fine chemicals suffers from issues of harsh reaction conditions and difficult catalyst recovery. To achieve efficient CO_(2)activation at low ener...The conversion of propargylic alcohols and carbon dioxide(CO_(2)) into fine chemicals suffers from issues of harsh reaction conditions and difficult catalyst recovery. To achieve efficient CO_(2)activation at low energy consumption, a silver-anchored porous aromatic framework catalyst Ag@PAF-DAB with high active phase density and CO_(2)adsorption capacity was proposed. Since Ag@PAF-DAB has the dual functions of CO_(2)capture and conversion, propargylic alcohols were completely converted into α-alkylidene cyclic carbonate or α–hydroxy ketone as high value-added product under atmospheric pressure(CO_(2), 0.1 MPa) and low silver equivalent(0.5 mol%). Notably, Ag@PAF-DAB exhibited broad substrate diversity, high stability,and excellent reusability. By applying FTIR and GC, the key to green synthetic route of α–hydroxy ketone was confirmed to lie in the further hydration of α-alkylidene cyclic carbonate.展开更多
文摘BACKGROUND Primary intracranial alveolar soft-part sarcoma(PIASPS)is a rare malignancy.We aimed to investigate the clinical profiles and outcomes for PIASPS.CASE SUMMARY We firstly reported five consecutive cases from our institute.Then,the cases from previous studies were pooled and analyzed to delineate the characteristics of this disease.Our cohort included two males and three females.The median age was 21-years-old(range:8-54-years-old).All the patients received surgical treatment.Gross total resection(GTR),radiotherapy,and chemotherapy were administered in 3 patients,4 patients,and 1 patient,respectively.After a median follow-up of 36 mo,tumor progression was noticed in 4 patients;and 3 patients died of the disease.Pooled data(n=14)contained 5 males and 9 females with a median age of 19 years.The log-rank tests showed that GTR(P=0.011)could prolong progression-free survival,and radiotherapy(P<0.001)resulted in longer overall survival.CONCLUSION Patients with PIASPS suffer from poor outcomes.Surgical treatment is the first choice,and GTR should be achieved when the tumor is feasible.Patients with PIASPS benefit from radiotherapy,which should be considered as a part of treatment therapies.
基金supported by the National Key Research and Development Program of China (No. 2019YFB1504003)。
文摘The conversion of propargylic alcohols and carbon dioxide(CO_(2)) into fine chemicals suffers from issues of harsh reaction conditions and difficult catalyst recovery. To achieve efficient CO_(2)activation at low energy consumption, a silver-anchored porous aromatic framework catalyst Ag@PAF-DAB with high active phase density and CO_(2)adsorption capacity was proposed. Since Ag@PAF-DAB has the dual functions of CO_(2)capture and conversion, propargylic alcohols were completely converted into α-alkylidene cyclic carbonate or α–hydroxy ketone as high value-added product under atmospheric pressure(CO_(2), 0.1 MPa) and low silver equivalent(0.5 mol%). Notably, Ag@PAF-DAB exhibited broad substrate diversity, high stability,and excellent reusability. By applying FTIR and GC, the key to green synthetic route of α–hydroxy ketone was confirmed to lie in the further hydration of α-alkylidene cyclic carbonate.
