MindMap Gallery Gestational diabetes management
Management of Gestational Diabetes in Nursing: Pregnancy can make invisible diabetes manifest, worsen the condition of patients with existing diabetes, and can also cause GDM to occur in pregnant women without diabetes in the past.
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This is a mind map about bacteria, and its main contents include: overview, morphology, types, structure, reproduction, distribution, application, and expansion. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about plant asexual reproduction, and its main contents include: concept, spore reproduction, vegetative reproduction, tissue culture, and buds. The summary is comprehensive and meticulous, suitable as review materials.
This is a mind map about the reproductive development of animals, and its main contents include: insects, frogs, birds, sexual reproduction, and asexual reproduction. The summary is comprehensive and meticulous, suitable as review materials.
Gestational diabetes management
Influence
Pregnancy changes worsen or promote diabetes
Pregnancy can make invisible diabetes manifest, worsen the condition of patients with existing diabetes, and can also cause GDM in pregnant women without diabetes in the past.
Insulin dosage changes with pregnancy and delivery
Due to the complex changes in metabolism during pregnancy, if pregnant women taking insulin treatment do not adjust the insulin dosage in time, some patients may experience hypoglycemia or hyperglycemia. In severe cases, they may even lead to hypoglycemic coma and ketoacidosis.
For example: ① Fasting blood sugar is lower in early pregnancy, and the insulin dosage will be less than that in non-pregnancy, but there are exceptions;
② As pregnancy progresses, the dosage of insulin needs to continue to increase; ③ The dosage of insulin should be reduced in time during delivery;
④ After delivery, as the placenta is excreted from the body, the insulin dosage is immediately reduced, otherwise hypoglycemic shock may easily occur.
impact on mother
1. Vascular disease: pregnancy-induced hypertension, placental abruption 2. High miscarriage rate 3. High infection rate 4. High incidence of polyhydramnios 5. Diabetic ketoacidosis is prone to occur 6. Increase in surgical births and stillbirths 7. Increased childbirth complications
Effects on the fetus
There is an increase in macrosomia, which is inconsistent with age
Increased incidence of low birth weight babies
Increase in deformed children
Increased incidence of fetal distress and stillbirth
High perinatal mortality
Effects on newborns
High incidence of neonatal respiratory distress syndrome
Newborns prone to hypoglycemia
High neonatal mortality
High risk factors for GDM
·Have a family history of diabetes, recurrent spontaneous abortion, stillbirth or delivery of term infants with respiratory distress syndrome (RDS), delivery of macrosomia, etc., and multiple positive urine glucose tests during pregnancy, etc. The age of onset is >30 years old, the maternal weight is >90kg, vulvar and vaginal candidiasis is common, the fetus is too large or polyhydramnios is present in this pregnancy.
laboratory tests
1. Blood glucose measurement: Those with fasting blood glucose ≥5.8mmo1/L 2 or more times can be diagnosed as diabetes. 2. Sugar screening test: 50g of glucose powder, dissolved in 200m1 of water, consumed within 5 minutes. If the blood sugar value measured 1 hour later is ≥7.8mmo1/L, the sugar screening is abnormal. Pregnant women whose 50g glucose test is ≥11.2mmo1/L are most likely to have GDM. 3. Glucose tolerance test (OGTT): refers to taking 75g of glucose orally after 1 hour of fasting. The diagnostic criteria are: fasting blood glucose 5.6mmo1/L; blood glucose 1 hour after abdominal glucose is 10.3mmo1/L; 2h 8.6mmo1/L, 3 h 6.7mmol/L, of which 2 or more items reach or exceed the normal value, it can be diagnosed as gestational diabetes. Only one item was higher than the normal value, and it was diagnosed as abnormal glucose tolerance.
Processing principles
Intensive medical diabetes treatment and obstetric monitoring
Goal: Lower blood sugar as much as possible and control it within normal or close to normal range
specific measure
Not easy to get pregnant
Diabetic women who have a history of severe cardiovascular disease, reduced renal function, or proliferative retinitis before pregnancy should avoid pregnancy and should stop pregnancy as soon as possible.
Pregnancy
Those with mild organic lesions and good blood sugar control can continue the pregnancy, follow up closely during pregnancy, and strictly control blood sugar levels with the assistance of physicians. Make sure before conception , blood sugar during pregnancy and delivery is within the normal range.
Diet control Daily energy is calculated as 125KJ/kg (30kca1/kg), vitamins, calcium and iron supplements are given, and salt intake is appropriately limited. It is ideal to control blood sugar below 8mmo1/L 1 hour after a meal and pregnant women do not feel hungry.
medical treatement
For diabetes that cannot be controlled by diet therapy, insulin is the main treatment drug. Dosage should be based on Blood sugar level regulation. Do not use sulfonylureas and biguanide hypoglycemic drugs because these drugs can pass through the placenta and cause excessive secretion of fetal insulin, leading to fetal hypoglycemia, death or malformation.
Maternal and child monitoring during pregnancy
Early pregnancy: Pregnancy reactions may cause difficulties in blood sugar control. Blood sugar changes should be closely monitored and the dosage of insulin should be adjusted in time to prevent hypoglycemia from occurring. Check once a week until the 10th week. Second trimester: Check every 2 weeks, and use B-ultrasound to check fetal development and whether there are fetal malformations. After 32 weeks of pregnancy: Check once a week. Pay attention to blood pressure, edema, and urine protein. Pay attention to monitoring of fetal development, fetal maturity, fetal-placental function, etc. Hospitalization for delivery if necessary. For those who are likely to terminate prematurely, the degree of fetal lung maturity should be evaluated.
Nursing diagnosis
Risk of infection: associated with reduced resistance to infection in diabetes Anxiety: related to worries about physical condition and fetal prognosis Lack of knowledge: lack of knowledge about diabetes, dietary control, and insulin use There is a risk of injury (fetus): macrosomia and malformations caused by diabetes Fetal alveolar surfactant deficiency is related to Potential complications: hypoglycemia, postpartum hemorrhage
Nursing goals
1. Pregnant women do not get infected 2. Pregnant women complain of reduced anxiety 3. Pregnant women can recite diabetes knowledge, diet control and insulin usage 4. The fetus is not injured 5. Maternal hypoglycemia and postpartum hemorrhage do not occur
nursing assessment
Pregnancy
1. Understand whether pregnant women have a family history of diabetes, disease history, especially unexplained stillbirths, stillbirths, macrosomia, deformities and other birth histories. 2. Understand whether pregnant women have symptoms of diabetes and their complications, as well as obstetric complications of diabetes, such as hypoglycemia, hyperglycemia, ketoacidosis, gestational hypertension, polyhydramnios, premature rupture of membranes, and infection. 3. Assess fetal health status including uterine fundal height and abdominal circumference, NST, fetal movement count, and B-ultrasound examination results. 4. Understand the monitoring results of auxiliary examinations such as blood sugar, urine sugar, and glucose tolerance tests. 5. Evaluate pregnant women’s understanding of gestational diabetes, their understanding of examination and treatment, and the response of pregnant women and their families to diabetes and treatment.
Nursing evaluation
1. Understand whether pregnant women have a family history of diabetes, disease history, especially unexplained stillbirths, stillbirths, macrosomia, deformities and other birth histories. 2. Understand whether pregnant women have symptoms of diabetes and their complications, as well as obstetric complications of diabetes, such as hypoglycemia, hyperglycemia, ketoacidosis, gestational hypertension, polyhydramnios, premature rupture of membranes, and infection. 3. Assess fetal health status including uterine fundal height and abdominal circumference, NST, fetal movement count, and B-ultrasound examination results. 4. Understand the monitoring results of auxiliary examinations such as blood sugar, urine sugar, and glucose tolerance tests. 5. Evaluate pregnant women’s understanding of gestational diabetes, their understanding of examination and treatment, and the response of pregnant women and their families to diabetes and treatment.