Poor blood glucose control in liver cirrhosis can aggravate the poor prognosis of patients. Under the background of the increasing number of liver cirrhosis patients with metabolic abnormalities, how to optimize treatment is particularly important. The traditional treatment of diabetes at the stage of liver cirrhosis is limited to insulin intensive therapy, but the incidence of hypoglycemia is high, blood sugar fluctuates greatly, and multiple injections are required. Research shows that insulin therapy has an increased overall mortality compared with non insulin therapy. We used metformin,Ryzodeg and an oral DDP IV enzyme inhibitor as the core combination according to the special pathological mechanism of elevated blood glucose in liver cirrhosis . After preliminary experiments, we found that the program was stable and was not easy to have hypoglycemia, and there was no traditional risk of lactic acid poisoning caused by metformin. We designed an open randomized controlled clinical study, Compared with the traditional insulin intensive treatment scheme, this new combination scheme was compared whether it could improve the blood glucose level, the incidence of hypoglycemia and lactic acid level, the incidence of cirrhosis complications, and the long-term survival rate of liver disease. This study is helpful to optimize the hypoglycemic treatment of cirrhosis with diabetes, and improve the blood glucose and long-term prognosis, The positive evidence of this study contributes to the consensus or guidelines for the treatment of cirrhosis with diabetes.
Cirrhosis with diabetes refers to the increase of blood sugar in cirrhosis, including cirrhosis before or after diabetes. It has a special pathophysiological mechanism that liver factors participate in blood glucose regulation. Poor blood glucose control in liver cirrhosis can aggravate the poor prognosis of patients. Under the background of the increasing number of liver cirrhosis patients with metabolic abnormalities, how to optimize treatment is particularly important. The traditional treatment of diabetes at the stage of liver cirrhosis is limited to insulin intensive therapy, but the incidence of hypoglycemia is high, blood sugar fluctuates greatly, and multiple injections are required. Research shows that insulin therapy has an increased overall mortality compared with non insulin therapy. We used metformin, ,Ryzodeg and an oral DDP IV enzyme inhibitor as the core combination according to the special pathological mechanism of elevated blood glucose in liver cirrhosis from multiple links. After preliminary experiments, we found that the program was stable and was not easy to have hypoglycemia, and there was no traditional risk of lactic acid poisoning caused by metformin. We designed an open randomized controlled clinical study, Compared with the traditional insulin intensive treatment scheme, this new combination scheme was compared whether it could improve the blood glucose level, the incidence of hypoglycemia and lactic acid level, the incidence of cirrhosis complications, and the long-term survival rate of liver disease. This study is helpful to optimize the hypoglycemic treatment of cirrhosis with diabetes, and improve the blood glucose and long-term prognosis of such patients, The positive evidence of this study contributes to the consensus or guidelines for the treatment of cirrhosis with diabetes.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
184
The hypoglycemic scheme of the experimental group was that the initial dose of Insulin Degludec and Insulin Aspart was 0.3U/kg multiplied by the patient's weight, plus 5 mg of linagliptin and 0.5 g of metformin three times a day. The control group was treated with traditional four needle insulin.
Xiaolong Zhao
Shanghai, Shanghai Municipality, China
RECRUITINGtime in range
time in range
Time frame: two weeks
Blood lactic acid level
Blood lactic acid level
Time frame: two week
Compound adverse events
includetimes of hypolgycemia attack,severe hypoglycemia attack and serum lactic acid more than 2.2 mmol/L, complications of liver cirrhosis within two week
Time frame: two week
mean blood glucose
mean blood glucose
Time frame: two weeks
Time above range
Time above range
Time frame: two weeks
Time below range
Time below range
Time frame: two weeks
Blood lactic acid
Blood lactic acid
Time frame: two weeks
Glycated Albumin
Glycated Albumin
Time frame: two week
three month mortality
three month mortality
Time frame: three months
Six month mortality
Six month mortality
Time frame: six months
Incidence rate of complications of liver cirrhosis within three months
Incidence rate of complications of liver cirrhosis within three months
Time frame: three months
Incidence rate of complications of liver cirrhosis within six months
Incidence rate of complications of liver cirrhosis within six months
Time frame: six months
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