Retrospective Study
Copyright ©The Author(s) 2023.
World J Diabetes. Oct 15, 2023; 14(10): 1532-1540
Published online Oct 15, 2023. doi: 10.4239/wjd.v14.i10.1532
Table 1 Efficacy evaluation criteria
Efficacy grade
Evaluative criteria
Markedly effectiveAfter treatment, clinical symptoms disappeared and blood sugar decreased obviously
EffectiveAfter treatment, clinical symptoms improved and blood sugar decreased
IneffectiveAfter treatment, clinical symptoms did not improve, and blood sugar did not decrease, or even worsened
Table 2 Comparison of baseline data
Factors
CG (n = 62)
OG (n = 62)
χ2
P value
Age, yr
≤ 3038410.3140.575
> 302421
Gestational age, yr
≤ 3034300.5170.472
> 302832
Maternal category
Primipara38360.1340.714
Multipara2426
Educational level
Below junior college27250.1330.716
Junior college and above3537
Table 3 Comparison of therapeutic effect
Groups
CG (n = 62)
OG (n = 62)
χ2
P value
Markedly effective25 (40.32)32 (51.61)
Effective19 (30.65)25 (40.32)
Ineffective18 (29.03)5 (8.06)
Total effective rate44 (70.97)57 (91.94)9.0210.003
Table 4 Comparison of adverse pregnancy outcomes
GroupsAdverse pregnancy outcomes
Premature delivery
Induced labor
Cesarean section
Total incidence rate
CG (n = 62)5 (8.06)3 (4.84)31 (50.0)39 (62.90)
OG (n = 62)2 (3.23)1 (1.61)8 (12.90)11 (18.33)
χ226.270
P value< 0.0001
Table 5 Comparison of pregnancy complications
Groups                                        Pregnancy complications
Pregnancy hypertension
Polyhydramnios
Hypoglycemia
Ketoacidosis
Total incidence rate
CG (n = 62)5 (8.06)5 (8.06)4 (6.45)2 (3.23)16 (25.81)
OG (n = 62)1 (1.61)2 (3.23)1 (1.61)04 (6.45)
χ28.585
P value0.003