OBJECTIVE: To assess the value of argon supper-cryosurgery for 42 patients with middle and late stage liver cancer. METHODS: Forty-two patients who had received argon supper-cryosurgery were analyzed retrospectively i...OBJECTIVE: To assess the value of argon supper-cryosurgery for 42 patients with middle and late stage liver cancer. METHODS: Forty-two patients who had received argon supper-cryosurgery were analyzed retrospectively in terms of their clinical characteristics as well as the performance of argon supper-cryosurgery. RESULTS: All patients were ameliorated in symptoms shortly after the operation, including pain alleviation, psyche straightening up, alpha-fetoprotein descending or recovery. Jaundice occurred in 1 patient and intraabdominal hemorrhage in 2. The levels of aspartate transaminase and alanine transaminase in all patients were elevated 1 month after the operation, and normalized after protective therapy of the liver. No operative death was noted. CONCLUSIONS: Cold and heat reversed therapy of argon supper-cryosurgery can drastically destroy tumor tissue, especially the tumors which are too large to resect or close to the large vessels. It is applicable to increase the operative rate, decrease the operative death rate, and enlarge the therapeutic scope.展开更多
The adsorption of weak polybase on oppositely charged planar surfaces has been investigated numerically by using the self-consistent field theory（SCFT）. Particular attention was paid to the interplay of monomer-surf...The adsorption of weak polybase on oppositely charged planar surfaces has been investigated numerically by using the self-consistent field theory（SCFT）. Particular attention was paid to the interplay of monomer-surface electrostatic and non-electrostatic interactions in the adsorption behaviors of weak polybase. In this study, the strength of monomer-surface non-electrostatic interactions was set to be no more than the thermal energy kBT. It was found from the numerical study that in the regime of low surface charge density of the substrate and low p H or high bulk degree of ionization, both the screeningenhanced and screening-reduced salt effects emerge. On the contrary, in the opposite regime, only the screening-reduced salt effect was observed. Moreover, the overall charge neutrality inside the adsorption layer was analyzed. The underlying mechanism governing the adsorption behaviors of weak polybase on oppositely charged surfaces was elucidated.展开更多
文摘OBJECTIVE: To assess the value of argon supper-cryosurgery for 42 patients with middle and late stage liver cancer. METHODS: Forty-two patients who had received argon supper-cryosurgery were analyzed retrospectively in terms of their clinical characteristics as well as the performance of argon supper-cryosurgery. RESULTS: All patients were ameliorated in symptoms shortly after the operation, including pain alleviation, psyche straightening up, alpha-fetoprotein descending or recovery. Jaundice occurred in 1 patient and intraabdominal hemorrhage in 2. The levels of aspartate transaminase and alanine transaminase in all patients were elevated 1 month after the operation, and normalized after protective therapy of the liver. No operative death was noted. CONCLUSIONS: Cold and heat reversed therapy of argon supper-cryosurgery can drastically destroy tumor tissue, especially the tumors which are too large to resect or close to the large vessels. It is applicable to increase the operative rate, decrease the operative death rate, and enlarge the therapeutic scope.
基金supported by the National Natural Science Foundation of China(Nos.21374052 and 11174163)K.C.Wong Magna Fund in Ningbo University
文摘The adsorption of weak polybase on oppositely charged planar surfaces has been investigated numerically by using the self-consistent field theory（SCFT）. Particular attention was paid to the interplay of monomer-surface electrostatic and non-electrostatic interactions in the adsorption behaviors of weak polybase. In this study, the strength of monomer-surface non-electrostatic interactions was set to be no more than the thermal energy kBT. It was found from the numerical study that in the regime of low surface charge density of the substrate and low p H or high bulk degree of ionization, both the screeningenhanced and screening-reduced salt effects emerge. On the contrary, in the opposite regime, only the screening-reduced salt effect was observed. Moreover, the overall charge neutrality inside the adsorption layer was analyzed. The underlying mechanism governing the adsorption behaviors of weak polybase on oppositely charged surfaces was elucidated.
