Diabetic Kidney Disease Clinical Trial
Official title:
A Randomized, Double-blind, Parallel-controlled, Multi-center Clinical Trial of HuangKui Capsule to Treat Diabetic Kidney Disease
1. Name of Investigational Products Huangkui capsule.
2. Trial Topic A Randomized, Double-blinded, Parallel, controlled, Multicenter Clinical
Trial of Huangkui Capsule in Treating Type II Diabetic Nephropathy (DKD)
3. Trial Objectives Primary objective:To evaluate HuangKui capsule efficacy for treatment
of type II diabetes ACR.
Secondary objective: To evaluate the efficacy of HuangKui capsule on 24-hour urinary
protein changes、reduce PCR-increase eGFR, improve micro-inflammatory state, and
improving Traditional Chinese medicine clinical efficacy
4. Trial Design Designed as a block randomized, double-blinded, parallel controlled,
multi-center clinical trial.
1. Name of Investigational Products Huangkui capsule
2. Trial Topic A Randomized, Double-blinded, Parallel, controlled, Multicenter Clinical
Trial ofHuangkui Capsule in Treating Type II Diabetic Nephropathy (DKD)
3. Trial Objectives Primary objective: To evaluate HuangKui capsule efficacy for treatment
of type II diabetes ACR.
Secondary objective: To evaluate the efficacy of HuangKui capsule on 24-hour urinary
protein changes、reduce PCR-increase eGFR, improve micro-inflammatory state, and
improving Traditional Chinese medicine clinical efficacy.
4. Trial Design Designed as a block randomized, double-blinded, parallel controlled,
multi-center clinical tria 4.1 Multi-center: The trial is proposed to be conducted in
the department of Nephrology or Endocrinology of nine hospitals simultaneously.
4.2 Randomization:Using stratified block randomized design. The randomization numbers
were generated with SAS statistical software.
4.3 Arms: The study subjects were divided into 3 arms: Huangkui arm, controlled arm and
combined treatment arm.
4.4 Estimation of subject numbers
This study was based on the main indicator ACR to calculate the sample size, according
to the clinical protocol:
①The change of ACR of Irbesartan combined with Huangkui capsule is superior than
Irbesartan monotherapy.
②The changes of ACR in the monotherapy group were significantly lower than those in the
irbesartan monotherapy group According to the experience of clinical treatment, it was
found that the change of ACR was about 12.85mg / g before treatment with Irbesartan
combined with Huangkui capsule group and 6.50mg / g before and after treatment with
Irbesartan group, and α = 0.05 (bilateral (1-β) = 80%, the standard deviation of the
change value before and after ACR treatment with irbesartan combined with Huangkui
capsule group was 17.18, Check the sample size calculation formula The number of samples
in each group was calculated as n western medicine group = n combined treatment group =
110 cases.
Another group based on the clinical treatment experience to take the standard deviation
of 17.18, take α = 0.025 (unilateral test), β = 0.2, that is, the degree of control
(1-β) = 80% of the case, the non-inferior boundary value of 6.50mg / g, according to the
non-inferior test sample size calculation formula, The number of samples in each group
was calculated as n western medicine group = n Chinese traditional treatment group = 110
cases.According to the program requirements, the three groups were designed to be 1: 1:
1, taking into account the blanding method and 20% rejection rate. ultimately a total of
414 cases included in the case, each group of 138 cases.
4.5 Blinding: double-blinding. Blinding will be conducted by statisticians as two levels
of blinding. Level 1 Blinding: blinding of the investigational products. The
investigational products and comparative products use unified packaging; level 2
blinding: the blinding of the packaging box of investigational products.
5. Diagnostic criteria The etiology of Diabetic nephropathy is kidney damage, referred to
DN in the past (diabetic nephropathy). But in 2007, the American Foundation for Kidney
Disease (NKF) developed guidelines for the life quality of kidney disease (NKF / KDOQI).
The guidelines recommend that DKD (diabetic kidney disease) instead of DN. In 2014, the
American Diabetes Association (ADA) and NKF reached a consensus that DKD referred to the
chronic kidney disease caused by diabetes, including glomerular filtration rate (GFR)
which is less than 60ml.min-1.1.73m-2 or urine white Protein / creatinine ratio (ACR) is
higher than 30 mg / g for more than 3 months,associated with diabetic retinopathy.
During having diagnosis, if one of the following circumstances happened, we should
consider its CKD is caused by (1) no diabetic retinopathy; (2) GFR lower or decreased
rapidly; (3) a sharp increase in proteinuria or nephrotic syndrome; (4) refractory
hypertension; (5) urinary sediment activity;(6) symptoms or signs of other systemic
diseases; (7) glomerular filtration rate decreased by more than 30% within 2-3 months
after initiation of treatment with angiotensin converting enzyme inhibitors (ACEI) or
angiotensin II receptor antagonists (ARB).
5.2 Table of TCM symptom/signs Diagnostic dosage It is refer to "Clinical research
guidelines of new drug of Traditional Chinese Medicine "(2002 version), which published
by China Medical Science andTechnology Press
6. Treatment options 6.1 Basic treatment 6.1.1 Anti-hypotensive We can choose
antihypertensive drugs Monotherapy or combined controling blood pressure expect ACEI and
ARB, control blood pressure in 160 / 90mmHg the following 6.1.2 Anti-hypoglycemic We can
use oral hypoglycemic agents or insulin for hypoglycemic, so that glycosylated
hemoglobin ≤ 8.5%.
6.1.3 Anti-hypolipidemic We can choose to use statins or fibrates lipid-lowering drugs.
6.1.4 Diet control Patients with edema should limit the salt and water, daily sodium
intake <5g; high protein diet increased glomerular hyperperfusion, high filtration, and
therefore advocated the principle of high quality low-protein diet. Protein intake
should be a high biological value of animal protein-based, early protein intake should
be limited to 1g/(kg•d) 6.2 Investigational products Huangkui Capsule: produced by SZYY
Group Pharmaceutical Limited, Jiangsu, 0.5g×30 capsules/box Placebo that simulates
Huangkui capsule: produced by SZYY Group Pharmaceutical Limited, 0.5g×30 capsules/box
Irbesartan tablets: produced by Sanofi (Hangzhou) Pharmaceutical Co., Ltd., 150mg×7
capsules/box Placebo that simulates Irbesartan tablets: produced by SZYY Group
Pharmaceutical Limited, Jiangsu, 150mg×7 capsules/box 6.3 Trial process 6.3.1 Treatment
for observation period The subjects who meet the inclusion criteria will be randomized
into three groups at a 1:1:1 ratio.
Test group: Placebo drug that simulates Irbesartan tablets 150mg /qd, oral dose;
Huangkui Capsule 2.5g/tid, oral dose.
Control group: irbesartan tablets 150mg /qd, oral dose; Placebo drug that simulates
Huangkui capsule 2.5g/tid, oral dose.
Combined treatment group: irbesartan tablets 150mg /qd, oral dose; Huangkui Capsule
2.5g/tid, oral dose.
6.3.2 period of treatment Treatment observation period is 24 weeks, follow-up points:
Week 0, 4, 8, 12, 16, 20, 24.
6.4 Concomitant medications During the import period and throughout the treatment, do
not use the RAS blockers (ARB or ACEI) other than the investigational product irbesartan
and Potassium-sparing diuretics, Calcium dobesilate, Aldehyde-containing starch, or
other Chinese medicine which can reduce proteinuria.
If other medicines have been used before the trial, the subjects can continue to use
them. The use of these medicines should be recorded.
6.5 ACR Detection Specimens: one - time morning urine (after 5:00); Urinary creatinine
detection method: enzyme kinetics; urinary albumin detection method : immune
turbidimetric method. 6.6 PCR detection Specimens: 24h urine Urine creatinine detection
method: Enzyme kinetic method Urine protein detection method: dye binding method PCR =
urinary protein / creatinine
7. Efficacy endpoint 7.1 Efficacy endpoint 7.1.1 Primary endpoints ACR baseline changes and
changes in the rate 7.1.2 Secondary endpoints (1)24-hour urinary protein quantification
baseline changes and changes in the rate (2)PCR baseline changes and changing rate
(3)Glomerular filtration rate (eGFR)baseline changes (4)High sensitivity C - reactive
protein baseline values (5)TCM syndromes Efficacy endpoint Changes and the rate change
before and after treatment. [Time point: baseline,12-weeks treatment,24-weeks treatment]
7.2 Efficacy endpoint Evaluation endpoints 7.2.1 The ACR change rate ( refer to "Guiding
principles of clinical research on the treatment of chronic nephritis with traditional
Chinese medicine", 2002 version; The State Administration of Traditional Chinese
Medicine in 1987 to develop the Efficacy endpoint of chronic glomerulonephritis standard
) Complete remission: ACR is less than 30mg/g; Markedly effective: ACR decreased more
than 50% before treatment Effective: ACR decreased more than 30%-50% before treatment
Invalid: those who did not meet these targets. 7.2.2 Efficacy endpoint for TCM syndrome
Changes in value and rate before and after treatment before and after treatment [Time
point: baseline,12-weeks treatment,24-weeks treatment]
8. Safety Evaluation endpoints 8.1 Vital signs, such as such as body temperature, pulse,
breathing, blood pressure and so on.
8.2 Blood, urine routine test, liver function test(ALB、ALT、AST), renal function
test(Bun、SCr, UA、eGFR), electrocardiogram, blood potassium, blood sugar; Adverse
events/adverse reactions.
9. Statistical Methods All statistical calculations were carried out using SAS v9.3
statistical analysis software, hypothesis testing are used bilateral test, unless
otherwise specified, the overall comparison between the test level = 0.05.
Statistical analysis includes:Three groups of subjects enrolled No., drop out and excluded
cases, demographic and other baseline characteristics, compliance, efficacy analysis and
safety analysis.
For quantitative data, we conduct descriptive statistical analysis with cases, averages,
standard deviation, minimum, median, maximum, upper quartile (Q1), lower quartile (Q3) and
95% confidence interval (95% CI). Comparisons between treatment groups were performed using
either an analysis of variance or a Wilcoxon rank sum test. If the influence of covariates is
taken into account, a general linear model (GLM) is used.
Descriptive statistical analysis of qualitative data is given in terms of the number of cases
and their percentages. Count data were compared between each treatment group, using x2 test,
Fisher exact probability method; grade data in each treatment group or between groups before
and after treatment comparison analysis, Wilcoxon rank sum test. If the effects of the center
or other factors are taken into account, a CMH x2 test or Logistic regression is used.
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