The specific embodiment
Embodiment 1, production pill medicine
Form (unit gram): Radix Ginseng Rubra 9, Hirudo 6, Eupolyphaga Seu Steleophaga 6, Pheretima 9, Radix Notoginseng 5, Radix Salviae Miltiorrhizae 15, Radix Paeoniae Rubra 15, Fructus Ligustri Lucidi 11, Radix Platycodonis 6, Fructus Arctii 7, Rhizoma Atractylodis 8
Earlier will above-mentioned ten Chinese medicine simply, assort by the recipe quantity weighing, drying (below 80 ℃), be ground into powder, sieve (more than 80 mesh sieves), mixing, every 100g powder add refined honey 90~110g and make honeyed pill, promptly.This method preparation technology is easy, and effect relaxes lasting, takes, easy to carry.
Embodiment 2, production mixture
Form (unit gram): Radix Ginseng Rubra 7, Hirudo 7, Eupolyphaga Seu Steleophaga 7, Pheretima 10, Radix Notoginseng 5, Radix Salviae Miltiorrhizae 21, Radix Paeoniae Rubra 22, Fructus Ligustri Lucidi 13, Radix Platycodonis 7, Fructus Arctii 7, Rhizoma Atractylodis 8
Earlier will above-mentioned ten Chinese medicine simply, assort by the recipe quantity weighing, put into extraction pot, add the extraction of 6~13 water gagings, extract 1~3 time, each 1~3 hour, filter, merging filtrate, extracting solution to the clear paste shape, adds correctives through vacuum concentration, antiseptic is an amount of, leave standstill, filter, stir evenly, packing, promptly.This method preparation technology is easy, and oral post-absorption is fast, the bioavailability height.
Embodiment 3, production capsule
Form (unit gram): Radix Ginseng Rubra 6, Hirudo 6, Eupolyphaga Seu Steleophaga 6, Pheretima 9, Radix Notoginseng 5, Radix Salviae Miltiorrhizae 20, Radix Paeoniae Rubra 20, Fructus Ligustri Lucidi 12, Radix Platycodonis 6, Fructus Arctii 9, Rhizoma Atractylodis 9
Earlier will above-mentioned ten Chinese medicine simply, assort by the recipe quantity weighing, put into extraction pot, add 6~13 times of amounts of dose, 50~80% ethanol extractions once, filter, the filtrate vacuum concentration reclaims ethanol, it is standby to get alcohol extract.Medicinal residues add 6~10 times of water gagings and extracted 1~2 hour, filter, and filtrate merges with the alcohol extraction concentrated solution through vacuum concentration, mixing, and the concentrated solution spray drying gets dry extract, and the dry extract mixing is made granule through dry method, incapsulates, promptly.
This method preparation technology advanced person has adopted spray drying and dry granulation technology, and technology is rationally feasible, the medicine stability height, and it is fast to take post-absorption, the bioavailability height.
Embodiment 4, production granule
Form (unit gram): Radix Ginseng Rubra 10, Hirudo 8, Eupolyphaga Seu Steleophaga 8, Pheretima 11, Radix Notoginseng 3, Radix Salviae Miltiorrhizae 18, Radix Paeoniae Rubra 17, Fructus Ligustri Lucidi 10, Radix Platycodonis 5, Fructus Arctii 7, Rhizoma Atractylodis 8
Earlier will above-mentioned ten Chinese medicine simply, assort by the recipe quantity weighing, put into extraction pot, add 6~13 times of water gagings of dose and extract, extracting solution obtains concentrated solution through vacuum concentration, the concentrated solution spray drying, dry extract, the dry extract mixing is granulated, packing, promptly.
Embodiment 5, production tablet
Form (unit gram): Radix Ginseng Rubra 10, Hirudo 6, Eupolyphaga Seu Steleophaga 8, Pheretima 10, Radix Notoginseng 7, Radix Salviae Miltiorrhizae 23, Radix Paeoniae Rubra 22, Fructus Ligustri Lucidi 16, Radix Platycodonis 9, Fructus Arctii 10, Rhizoma Atractylodis 10
, assort earlier, put into extraction pot by the recipe quantity weighing with above-mentioned ten Chinese medicines simply, add 6~13 times of amounts of dose, 30~80% ethanol extractions 1~3 time, each 1~3 hour, filter merge extractive liquid,, extracting solution is through vacuum concentration, obtain concentrated solution, the concentrated solution spray drying gets dry extract, the dry extract mixing, granulation, tabletting, promptly.
Clinical observation
One, physical data
1. sex, age, the course of disease: NIDDM patient's 300 examples of selecting to meet the object of observation, male's 203 examples, women's 97 examples, age reckling 32 years old, the maximum 65 years old, the course of disease is the longest 13 years, and is the shortest 1 year, outpatient's 80 examples wherein, inpatient's 220 examples are divided into observation group's 200 examples at random, matched group 100 examples.Two groups of sexes, age, courses of disease distribute through the X2 check, and there was no significant difference (P>0.05) has comparability.See table for details
Table 1 liang group sex, age, course of disease distribution (example)
Group | The example number | Sex | The age course of disease |
The man | The woman | 32~40 | 41~50 | 51~65 | 1~5 | 6~10 | 14~13 |
Observation group's matched group adds up to | 200 100 300 | 134 69 203 | 66 31 97 | 19 8 27 | 96 47 143 | 85 45 130 | 103 49 152 | 66 40 106 | 31 11 42 |
2. complication: among the 300 routine patients, main complication has hyperlipemia, coronary heart disease, retinopathy, hypertension, peripheral neuritis etc.Through the X2 check, two groups of complication distribution there was no significant differences (P>0.05) have comparability, see table 2 for details.
Table 2 liang group complication distribution situation example (%)
Group | The example number | Hyperlipemia | Coronary heart disease | Hypertension | Retinopathy | Peripheral neuritis |
Observation group's matched group | 140 74 | 50(35.7) 26(35.1) | 40(28.6) 22(29.7) | 12(8.6) 7(9.5) | 23(164) 13(17.6) | 15(10.7) 6(8.1) |
Two, case is selected:
(1). diagnostic criteria:
1. the diabetes diagnosis standard [5] that WHO1982 determines is pressed in Western medicine diagnose standard NIDDM (type ii diabetes) diagnostic criteria.
(1). diabetic symptom is arranged, blood glucose 〉=11.1mmol/L (200mg/dl), or fasting glucose 〉=7.8mmol/L (140mg/dl) any time.
(2). diabetic symptom is arranged and blood glucose does not reach above-mentioned standard, carry out the oral glucose tolerance test of 75g (OGTT), 2 hours blood glucose 〉=11.1mmol/L (200mg/dl),
(3). as the non-diabetic symptom, remove above-mentioned standard exterior palpi and add a standard in addition, be OGTT1 hour blood glucose 〉=11.1mmol/L (200mg/dl), or another time OGTT2 hour blood glucose 〉=11.1mmol/L (200mg/dl), or another time fasting glucose 〉=7.8mmol/L (140mg/dl).
2. Chinese medical discrimination standard: the dialectical standard of syndrome of deficiency of both qi and yin is carried out about diabetes differentiation of symptoms and signs for classification of syndrome deficiency of both QI and YIN standard according to Ministry of Public Health bureau of drug administration " new Chinese medicine clinical research guideline ".
Syndrome of deficiency of both qi and yin: fatigue and weakness, spontaneous sweating, the lazy speech of breathing hard, thirst and liking drink, dysphoria with feverish sensation in the chest palms and soles, cardiopalmus is lost the people, the red constipation of urinating, red tongue soaks less, and corpulent tongue is big, thin fur or flower stripping, stringy and thready pulse or count accurately.
(2). include the case standard in
I. meet Western medicine diagnose standard and differential diagnosis in tcm syndrome of deficiency of both qi and yin, all can include the test case in;
2. all cases are NIDDM, can partner treatment, and diet, live and work are basicly stable;
(3). get rid of case standard (comprising inadaptation or rejecting standard)
1. though patient's blood glucose before medication is higher than normally, by back fasting glucose≤7.8mmol/L (140mg/dl) such as diet control, increase activities, or 2 hours after the meal blood glucose≤11.1mmol/L (200mg/dl).
2. age under-18s or over-65s patient, gestation or women breast-feeding their children are to this medicine allergy sufferers.
3. noncooperationist's (refer to mismatch diet control or not medication and the person of affecting the treatment in accordance with regulations).
4. complication such as severe cardiac, liver, kidney are arranged, or merge and other serious primary disease, psychotic arranged.
5. in nearly 1 month the diabetes ketosis is arranged, ketoacidosis and the infected.
6. the therapy discontinued less than the regulation observation period can't be judged the infull person of curative effect or data.
Three, treatment and observational technique
(1). this medicine of Therapeutic Method observation group, this medicine is produced by Guangzhou Lanyun Medicine Research Co., Ltd., specification 0.5g/ grain, lot number: 991013.The matched group diabetes pill, this medicine is by Guangzhou No.1 Chinese Pharmacy Factory production.Oral medicine of observation group, each 1.5g, every day 3 times; The oral diabetes pill of matched group is looked state of an illness weight, each 8~10, every day 2~3 times, all obeys half an hour ante cibum.Per 4 weeks were 1 course of treatment, observed 3 courses of treatment.The patient is during medication, and stopping using, other treats the medicine of diabetes.
(2). observational technique
1. work out strict unified clinical observation on the therapeutic effect table, and conscientiously fill on time;
2. record main clinic symptoms, the variation of complication and tongue, pulse condition; Quantitatively indexs such as (being limited to the inpatient), blood fat, blood pressure, body weight, hemorheology of fasting glucose, twenty-four-hour urine sugar are measured in before the treatment and treatment back; Part patient does the serum insulin release test, looks into optical fundus, electrocardiogram, hepatic and renal function, blood, routine urinalysis.
3. statistical procedures selects for use X2 check, Ridit inspection thing, t check to be analyzed according to situation the gained data.
Four, curative effect determinate standard
With reference to efficacy assessment standard in the bureau of drug administration of Ministry of Health of the People's Republic of China " new drug (Chinese medicine) treatment diabetes (diabetes) face clinical research guideline ", be divided into three grades:
1. produce effects treatment back symptom disappears substantially, fasting glucose 7.2mmol/L (130mg/dl), 2 hours after the meal blood glucose<8.3mmol/L (150mg/dl), twenty-four-hour urine sugar quantitatively<10.0g; Or blood glucose twenty-four-hour urine sugar descends more than 30% before the treatment.
2. effectively treatment back symptom is obviously improved, fasting glucose<8.3mmol/L (150mg/dl), 2 hours after the meal blood glucose<10.0g mmol/L (180mg/dl), twenty-four-hour urine sugar quantitatively<25.0g; Or blood glucose, twenty-four-hour urine sugar quantitatively descends more than 109% before the treatment.
3. symptom does not have obvious improvement, blood glucose, glucose in urine and descends and do not reach above-mentioned standard after the futile treatment.
Five, result and analysis
(1). two groups of clinical curative effect analysis: see table 3 for details
Table 3 liang group clinical curative effect analysis example (%)
Group | The example number | Produce effects | Effectively | Invalid | Total effective rate |
Observation group's matched group | 200 100 | 99(495) 52(52) | 78(39) 35(35) | 23(11.5) 13(13) | 177(88.5) 87(87) |
Therapeutic outcome, observation group's total effective rate are 88.5%, and matched group is 87%, analyze through Ridit, and total effects compares there was no significant difference (P>0.05) between two groups, shows that the curative effect of this medicine is similar substantially to the diabetes pill matched group.
(2). two groups of complication clinical efficacies compare: see table 4 for details
Table 4 liang group complication clinical efficacy comparative example (%)
Group | The example number | Produce effects | Effectively | Invalid | Total effective rate |
Observation group's matched group | 140 74 | 27(19.3) 10(13.5) | 88(62.9) 39(52.7) | 25(17.9) 25(33.8) | 98(82.1) 49(66.2) |
After treating 3 courses of treatment, in observation group's complication 140 examples, produce effects accounts for 19.3%, and is effective 62.9%, and total effective rate is 82.1%; In matched group complication 74 examples, produce effects accounts for 13.5%, and is effective 52.7%, and total effective rate is 66.2%.Learn by statistics and handle, observation group's curative effect is better than matched group (P<0.01).
(3). the improvement situation of two groups of clinical cardinal symptoms: see table 5 for details
The improvement situation example (%) of the table 5 liang clinical cardinal symptom of group
Observation group (200) | Matched group (100) |
Symptom | Disappear | Take a turn for the better | No change | Effective percentage (%) | Disappear | Take a turn for the better | No change | Effective percentage (%) | The P value |
Thirsty polydipsia | 170 | 26 | 2 | 98.9 | 79 | 15 | 2 | 97.9 | >0.05 |
Polyorexia | 150 | 21 | 24 | 87.7 | 58 | 14 | 11 | 86.7 | >0.05 |
Urinary micturition | 172 | 11 | 10 | 94.8 | 68 | 6 | 8 | 90.2 | >0.05 |
Fatigue and weakness | 180 | 11 | 5 | 97.4 | 35 | 16 | 20 | 71.8 | <0.05 |
Spontaneous perspiration | 100 | 22 | 8 | 93.9 | 32 | 22 | 36 | 60.0 | <0.01 |
Dizzy | 33 | 29 | 14 | 82.1 | 7 | 6 | 27 | 32.5 | <0.01 |
Dysphoria with feverish sensation in the chest palms and soles | 167 | 6 | 4 | 97.7 | 35 | 32 | 22 | 75.3 | <0.05 |
Cardiopalmus | 43 | 34 | 7 | 91.7 | 2 | 9 | 19 | 36.7 | <0.01 |
By table 5 as seen, this medicine is to thirsty polydipsia, and the improvement of polyorexia, urinary micturition and matched group relatively do not have significantly grand sesame different (P>0.05); And to the improvement of fatigue and weakness, spontaneous perspiration, dizziness, dysphoria with feverish sensation in the chest palms and soles, cardio palmus shape, there were significant differences (P<0.05~0.01) through the Ridit analysis with matched group, shows that this medicine obviously is better than the diabetes pill matched group to the improvement of symptoms such as fatigue and weakness, spontaneous perspiration, dysphoria with feverish sensation in the chest palms and soles.
(4), two groups of treatment front and back fasting glucose change relatively: see table 6 for details
Fasting glucose variation comparison (mmol/L) before and after table 6 treatment (X ± s)
Group | The example number | Before the treatment | After the treatment | Difference |
Observation group's matched group | 200 100 | 15.45±4.12 14.57±3.67 | 8.25±2.22
※※ 7.56±2.15
※※ | 7.24±1.12
▲ 7.55±1.66
▲ |
Annotate: ※ ※ and preceding relatively P<0.01 of treatment; ▲ compare P>0.05 with matched group
Table 6 shows through the t check, all significantly decline of blood pressure sugar on an empty stomach before and after two groups of treatments, self compare with treatment is preceding, significant difference (P<0.01), this medicine is compared with the diabetes pill matched group the reduction amplitude of fasting glucose, no significant difference (P>0.05) shows that this medicine has hypoglycemic activity preferably.
(5). twenty-four-hour urine sugar Quantitative Comparison before and after two groups of treatments: see table 7 for details
Quantitative (g/4h) (X ± s) relatively of twenty-four-hour urine sugar before and after the treatment of table 7 liang group
Group | The example number | Before the treatment | After the treatment | Difference |
Observation group's matched group | 110 60 | 12.95±2.29 12.64±1.48 | 6.13±1.15
※※ 6.33±1.37
※※ | 6.45±1.13
▲ 6.29±1.01
|
Annotate: ※ ※ and preceding relatively P<0.01 of treatment; ▲ compare P>0.05 with matched group
By table 7 as seen, treat back twenty-four-hour urine sugar for two groups and quantitatively all descend, self compare, notable difference (P<0.01) is arranged, show that this medicine and diabetes pill all have the effect of positive third constellations glucose in urine with treatment is preceding.Observation group and matched group compare, and no significant difference (P>0.05) shows that the effect of two groups of reduction glucoses in urine is similar.
(6). Blood Lipid is relatively before and after two groups of treatments: see table 8~9 for details
TC (mmol/L) variation comparison before and after table 8 treatment (X ± s)
Group | The example number | Before the treatment | After the treatment | Difference |
Observation group's matched group | 200 100 | 5.863±1.246 6.027±2.040 | 4.161±1.041
※※ 5.312±1.345
※ | 1.621±1.010
▲ 0.566±0.414
|
Annotate: preceding than ※ P<0.05 with treatment; ※ ※ P<0.01; ▲ compare P<0.05 with matched group
TG (mmol/L) variation comparison before and after table 9 treatment (X ± s)
Group | The example number | Before the treatment | After the treatment | Difference |
Observation group's matched group | 200 100 | 2.056±0.359 2.134±0.278 | 1.471±0.120
※※ 1.819±0.103
※※ | 0.599±0.119
▲▲ 0.302±0.112
|
Annotate: ※ ※ and preceding relatively P<0.01 of treatment; ▲ ▲ compare P<0.01 with matched group
By table 8,9 as can be known, two make up also, and hyperlipidemia patient treatment back TC, TG level significantly reduce, and compare significant difference (P<0.01) with treatment is preceding; Its difference, observation group compares with matched group that there were significant differences (P<0.01), show that diabetics has tangible abnormalities of sugar/lipid metabolism, and this medicine and diabetes pill all have certain blood fat reducing effect, and this drug effect is better than the diabetes pill matched group.
(7). this medicine is to the influence of serum insulin release test: see table 10 for details
The variation of table 10 90 routine serum I NS (uu/ml) release values (X ± s)
Minute | Before the treatment | After the treatment | The P value |
Empty stomach 1h 2h 3h | 16.97±6.76 29.66±13.76 38.55±16.21 32.56±13.56 | 18.55±6.45 40.45±16.34 35.32±15.07 22.17±9.78 | >0.05 <0.05 >0.05 <0.05 |
Table 10 shows that through t check after the treatment, serum insulin increases to some extent on an empty stomach, but not statistically significant, and 1h serum insulin secretion level obviously improves, with treat before compared significant difference (P<0.05), 2h, 3h insulin level descend gradually; Relatively there were significant differences (P<0.05) before 3h insulin secretion level and the treatment; As seen from table, treatment proinsulin peak value appears at clothes sugar back 2h, insulin discharges and is delayed response, show insulin β emiocytosis insufficiency of function, treatment back insulin peak moves to 1 clothes sugar back 1h, insulin discharges and is normal reaction, points out this medicine to have and improves the effect that insulin β cell function lowly reaches promotion initial stage insulin secretion.
(8). hemorheology index is relatively before and after two groups of treatments: see table 11 for details
Hemorheology index comparison before and after table 11 treatment (X ± s)
Group | Time | Whole blood viscosity (mpa.s) | Plasma viscosity (mpa.s) | Packed cell volume (%) | Fibrinogen (g/l) | Erythrocyte sedimentation rate K value (m/h) |
Height is cut | Low cutting |
Observation group | Before the treatment | △△ | △△ | △ | △△ | △ | △ |
6.28±0.63 | 5.02±2.05 | 2.82±0.41 | 49.32±3.29 | 4.20±0.63 | 96.89±11.39 |
After the treatment | ※※ | ※▲ | ※▲ | ※※▲▲ | ※※ | ※※▲ |
5.68±0.38 | 13.78±1.49 | 2.15±0.34 | 45.47±3.68 | 3.24±0.69 | 84.13±7.29 |
Matched group | Before the treatment | △△ | △ | △ | △△ | △ | △ |
3.19±0.59 | 15.23±2.23 | 2.68±0.64 | 49.54±4.31 | 3.75±0.75 | 95.89±9.57 |
After the treatment | ※ | | | | | ※ |
5.63±0.32 | 15.02±2.14 | 2.51±0.36 | 49.4g±4.82 | 3.14±0.43 | 92.39±11.67 |
Normal healthy controls | 5.32±0.48 | 9.86±1.54 | 1.75±0.51 | 43.15±2.56 | 2.91±0.12 | 79.02±10.21 |
Annotate: with the normal healthy controls group than △ P<0.01 △ △ P<0.001; With treat before compare ※ P<0.05
※ ※ P<0.01; With matched group treat the back than ▲ P<0.05 ▲ ▲ P<0.01
Table 11 is checked as can be known through t, and the every indexs of hemorheology illustrate that all apparently higher than normal healthy controls group (P<0.01~0.001) diabetes patient's blood ripple close to degree raises before two groups of patient treatments, is still close to, high doubtful, blood stasis state.Self relatively has significant difference (P<0.05~0.01) before observation group every finger border, treatment back and the treatment.Notable difference (P<0.01) is relatively arranged, no significant difference (P>0.05) before and after all the other every treatments after the treatment of control group before whole blood viscosity, Fibrinogen and the treatment.Show that this medicine improves significantly to the rising of diabetes blood viscosity.
(9). toxic and side effects 200 routine patients take this medicine after 4~12 weeks, through detections such as routine blood test, routine urinalysis, hepatic and renal functions, do not find any untoward reaction and toxic and side effects.
Experimentation
One, experiment material
1. laboratory animal Wistar rat, male and female half and half, body weight 180~220g is provided by Guangdong Province's Experimental Animal Center.
2. this medicine of experimental drug is provided by Guangzhou Lanyun Medicine Research Co., Ltd..Specification: 0.5g/ capsule; Lot number 991013; Every gram is equivalent to the 1.8g crude drug: diabetes pill, and by Guangzhou No.1 Chinese Pharmacy Factory production.
3. main agents alloxan; Hydrochloric acid chlore-ammonia ketone injection, Shanghai first pharmaceutical factory produces; The blood glucose test kit, Beijing Zhongsheng Biological Engineering High Technology Company produces; The insulin radioimmunological kit, China Atomic Energy Science Research Institute provides; The glucagon radioimmunological kit, China Atomic Energy Science Research Institute provides.
4. instrument SFB-1 automatic colorimeter, Shanghai medical analytical instrument factory; 721-1 type spectrophotometer, extra large medical analytical instrument three factories; The automatic γ immunity of FJ-2008G enumerator, Xi'an 262 factories; Centrifuge, Beijing Medical Centrifugal Machine Factory.
Two, experimental technique
(1). modeling, grouping and medication
1. the preparation [6] of alloxan (AIloxan) diabetes pathological model
Choose 80 of the wistar rats of body weight 180~220g, be divided into normal control group (10) and alloxan group (70) at random.Per 10 is that a cage is fed, and weighs the dyeing label.Rat fasting (can't help water) 6h before the experiment, each Mus is with the dosage lumbar injection hydrochloric acid chlore-ammonia ketone injection (2ml:0.1g chlore-ammonia ketone) of 2ml/kg, after the anesthesia fully, ethanol wiping rat tails is in order to vasodilation, four oxygen sprays pyrimidine group tail vein (being no more than 30 ') is rapidly injected 2% alloxan solution (with PH is that 4.003 Potassium Hydrogen Phthalate is a solvent, face with existing molten), dosage is 40mg/kg; 0.9% sterile saline of normal control group tail intravenous injection equal volume.
2. group technology
Behind the modeling 48h, fasting (can't help water) 6h, each Mus changes in the fixedly letter, is fixed on the test tube rack, and the about 1ml of blood is got in docking in the hot environment about 37 ℃, uses the determination of glucose oxidase fasting glucose.Choose blood glucose in the modeling group and be higher than the diabetes pathological model of 9.99mmol/L (180mg/dl) person as success, and according to the blood sugar level layering, be divided into level Four more at random: normal saline group, this medicine high dose group, this medicine low dose group, diabetes pill group, 10 every group, each is organized rat average blood sugar difference and is no more than 1.11mmol/L (20mg/dl), and label again dyes; 10 of normal control groups, when after the merit grouping is formed in modeling, taking a blood sample for the first time, index determinings such as the preceding blood glucose of same blood sampling do treatment.Each group is all fed with normal feedstuff (total amount of heat 3.7keal/g, carbohydrate containing 53%, fat 9%, protein 20%), and appetite is not limit, and freely drinks water, and changes cage every day 1 time, changes water twice, weighs once weekly
3. medication
1. normal control group: irritate stomach, every day 1 time with 0.9% sterile saline 20ml/kg consumption.
2. normal saline group: irritate stomach, every day 1 time with 0.9% sterile saline 20ml/kg consumption.
3. this medicine high dose group: this drug suspension 20ml/kg consumption with 50% is irritated stomach, every day 1 time.Its metering is for this medicine (crude drug) 10g/kg, quite with 10 times of adult's consumption.
4. this medicine low dose group: this drug suspension 20ml/kg consumption with 25% is irritated stomach, every day 1 time.Its dosage is this medicine 5g/kg, quite with 5 times of adult's consumption.
5. diabetes pill group: the diabetes pill suspension 20ml/kg consumption with 3.5% is irritated stomach, every day 1 time.Its dosage is diabetes pill 0.7g/kg, is equivalent to into 5 times of population amount.
More than five groups after diabetes animal model duplicates successfully grouping, promptly began gastric infusion the same day, every day 1 time, continuous 4 weeks.Indexs such as 4 weeks back blood sampling check blood glucose.Disconnected neck is put to death animal, wins liver, is used to detect liver glycogen content.
(2). observation index and assay method
1. blood glucose (BG) content: glucose oxidase method, press the test kit description operation.
2. liver glycogen content: anthrone method is measured [7].
3. plasma insulin content: radioimmunology, press the test kit description operation.
4. blood plasma glucagon content; Radioimmunology is pressed the test kit description operation.
(3). statistical procedures: variance analysis, t check.
Three, result and analysis
(1). this medicine is to the influence of blood glucose in diabetic rats (BG): see table 12 for details
This medicine of table 12 is to the influence of diabetes rat BG (mmol/L) level (X ± s)
Group | The example number | Before the treatment | After the treatment | Difference |
Normal control group normal saline group this medicine group (height) this medicine group (low) diabetes pill group | 10 10 10 9 9 | 537±0.68 21.51±2.43
※ 20.45±2.77
※ 19.27±3.22
※ 19.89±1.68
※ | 5.43±0.72
※※ 20.77±1.31 10.32±2.06▲△○☆ 14.21±1.23▲△ 10.52±2.67▲△○
| 0.41±0.38 10.32±0.21△○☆ 6.37±1.15△ 9059±0.72△○ |
Annotate: with preceding relatively ※ P<0.01 of treatment; With comparison ▲ P<0.05 before the treatment; Compare △ P<0.01 with the normal saline group;
With low dose group than zero P<0.01; With the diabetes pill group than ☆ P>0.05.
As shown in Table 12, the diabetes rat FBG level due to the Alloxan significantly increases, and relatively there were significant differences (P<0.01) with the normal control group, shows the diabetes rat model success due to the Alloxan.High and low dose group rat is after this medicine is irritated around the stomach, and the FBG level descends, with treat before own control and treat back normal saline group relatively, all have utmost point significant difference (P<0.01), show that this medicine has the effect of tangible reduction hyperglycemia; This medicine high dose group is compared with the diabetes pill group, there was no significant difference (P>0.05); The blood sugar reducing function and the diabetes pill that show this medicine are suitable; This medicine high and low dose group is compared, and significant difference (P<0.05) is arranged, and shows the increase along with this drug dose, and its blood sugar reducing function strengthens.
(2). this medicine is to the influence of diabetes rat liver glycogen content: see table 13 for details
The influence of diabetes rat liver glycogen content during this medicine of table 13 (X ± s)
Group | The example number | Liver glycogen content (mg/g weight in wet base) |
Normal control group normal saline group this medicine group (height) this medicine group (low) diabetes pill group | 10 10 9 10 9 | 19.52±6.45 11.42±4.33※※ 18.51±5.31▲▲▲△ 16.59±3.45▲▲ 13.65±3.77▲ |
Annotate: with the normal control group than ※ ※ P<0.01; With normal saline group ratio ▲ P>0.05; ▲ ▲ P<0.05, ▲ ▲ ▲ P<0.01; Compare △ P<0.05 with low dose group
As shown in Table 13, the obvious f of liver glycogen content of normal saline group looks up with eyes wide open normal control group (P<0.01), illustrating that diabetes rat exists tangible liver glycogen complex functionality due to the Alloxan weakens, low dose group rats'liver glycogen content raises, relatively there were significant differences (P<0.05~0.01) with the normal saline group, the diabetes pill group changes not obvious to the rats'liver glycogen, there is not significant difference (P>0.05) with the normal saline group, this medicine high dose group is better than low dose group, show the effect that this medicine has increases liver glycogen content, along with the increase of dosage, effect strengthens.
(3). this medicine is to the influence of diabetes rat serum insulin: see table 14 for details
This medicine of table 14 is to the influence of diabetes rat serum I NS (X ± s)
Group | The example number | Serum I NS (mmol/L) |
This organizes this medicine group (height) this medicine group (low) diabetes pill group normal control group normal saline | 10 10 9 10 9 | 21.76±5.68 6.89±3.81※※ 14.76±2.59△△▲○ 11.23±3.24△ 15.64±2.56△△▲ |
Annotate: compare ※ ※ P<0.01 with the normal control group; Compare △ P<0.05 △ △ P<0.01 and low dose group ratio ▲ P<0.05 with the normal saline group; With the diabetes pill group than zero P<0.05.
Table 14 shows, diabetes rat serum insulin levels with the Alloxan modeling obviously descends, compared significant difference (P<0.01) with the normal control group, serum insulin levels rises after the relative medicine treatment, and it is the most remarkable to raise with diabetes pill, and this medicine high dose group is taken second place, and low dose group is taken second place again, comparing with the normal saline group all has significant difference (P<0.05~0.01), shows that this medicine has the effect that promotes insulin secretion.
Toxicological experiment research
This medicine be the treatment diabetes the efficacious prescriptions medicine arranged, for median lethal dose(LD 50) (LD50) and the maximum tolerated dose of inquiring into medicine, observe the toxic reaction and the order of severity that animal produces because of continuous use, sure evaluation is made in the safety of this medicine, we have done this medicine to animal acute toxicity test and long term toxicity test research according to " provisions for new drugs approval ", " new Chinese medicine toxicologic study guide " pertinent regulations.The result shows that this safety of medicine is reliable, and is without any side effects.
Animal acute toxicity test research
One, test objective: for median lethal dose(LD 50) (LD50) and the maximum tolerated dose of inquiring into medicine, we have done the acute toxicity test of this medicine to animal.
Two, claimed by the reagent name: this medicine.The unit of providing: Guangzhou Lanyun Medicine Research Co., Ltd..Lot number: 991013. content: every gram contains crude drug 1.8 grams.Compound method: this drug suspension that is mixed with Cmax (100%) with 0.5% cellulose acetate sodium.
Three, animal origin, kind and the unit of providing: the Kunming kind, mice, Guangdong Province's Experimental Animal Center provides.Body weight: 18~20g.Sex: male and female half and half.Number of animals: 30.Room temperature: feeding environment temperature 19 ± 10C, relative humidity 50%~60%.
Four, experimental technique and result: get 10 of mices, body weight 18~20g, male and female half and half, fasting (can't help water) is 12 hours before the experiment, every Mus is pressed this medicine of Cmax and irritates with maximum gastric capacity (0.4ml/10g body weight), behind the filling stomach, gives animal with normal diet, observed 7 days continuously, do not see that animal has any untoward reaction.Get 20 of mices again, body weight 18~20g, male and female half and half, fasting (can't help water) 12 hours before the experiment, every Mus press this medicine thing Red filling of Cmax with maximum gastric capacity (0.4ml/10g body weight), in 1 day behind the continuous irrigation stomach 3 times, give animal with normal diet, observed again 7 days, do not see animal dead.Rarely seen just irritate stomach to animal after, animal activity reduces, and recovers normal in general about 1 hour, after weighing in the 7th day, puts to death mice, cores, liver, spleen, lung, kidney, stomach, intestinal, brain, perusal does not have macroscopic pathological abnormalities.By pertinent regulations, this poison of drug is very little, can not ask LD50.Its, maximum tolerated dose was 21g/kg every day, was more than 360 times of clinical consumption, therefore thought this medicine clinical practice safety non-toxic.
List of references
1. Ministry of Public Health bureau of drug administration. " new Chinese medicine toxicologic study guide " .P203.
2. Ministry of Health of the People's Republic of China. " provisions for new drugs approval " " (about the revision of Chinese medicine part and mend regulation) .P18
Long-term toxicity test for animals research
One, test objective
This medicine be the treatment diabetes the efficacious prescriptions medicine arranged, in order to observe the toxic reaction and the order of severity that animal produces because of continuous use, the safety member of this medicine is made sure evaluation, and we have done long term toxicity test research according to " provisions for new drugs approval ", " new Chinese medicine toxicologic study guide " pertinent regulations.
Two, claimed by the reagent name: this medicine.The unit of providing: Guangzhou Lanyun Medicine Research Co., Ltd..Lot number: 991013.Content: every gram contains crude drug 1.8 grams.Collocation method: usefulness cellulose acetate sodium deployment cost drug suspension (1.8g/ml, 0.9g/ml).Medication: gastric infusion.
Three, animal origin, kind and the unit of providing: the SD rat, Guangdong Province's Experimental Animal Center provides.Body weight: 122.73 ± 11.14g, Mus 9 weeks of age, sex: male and female half and half, 60 of number of animals.Room temperature: 19 ± 10 ℃ of feeding environment temperature, relative humidity 50%~60%.
Four, get 60 of rat, body weight 122.73 ± 11.14g, male and female half and half, every group of each drug withdrawal in 10 days of male and female only is divided into high and low two dosage groups and normal saline matched group.High dose group administration 36g/kg.d, low dose group administration 18g/kg.d, (be respectively clinical consumption 60 times, 30 times), gastric infusion is 1 month continuously, weigh in weekly 1 time, adjust dosage according to body weight, after last 1 administration 24 hours, the part animal is killed in every group of work, get blood and do routine blood test, liver function, kidney Seedling energy, alkali phosphatase (ALP), total protein, albumin, total bilirubin, T-CHOL inspection, and get animal brain, the heart, lung, thymus, liver, spleen, stomach, intestinal, adrenal gland, kidney, testis, ovary and do the pathological tissue inspection.Remaining animal continues medication drug withdrawal in 60 days, continues to observe for 2 weeks, lives and detects every index extremely.
Five, result of the test
1. first animal testing result
1. rat ordinary circumstance: each dosage group of this medicine is in continuous 1 month filling stomach process, fur gloss, aspect and normal saline group comparison no significant differences such as activity situation, diet, sleep, defecation show that this medicine long-term prescription has no adverse effects to animal.
2. to the influence of rat body weight: before this medicine is irritated stomach to animal, two weeks, 1 month body weight carry out statistical analysis, the result shows that this medicine does not have harmful effect to rat body weight.The results are shown in Table 1.
This medicine of table 1 is to the influence of rat body weight (g, X ± s)
Group | n | Dosage (g/Kg) | After the administration |
Before the administration | Two weeks | 1 month |
High dose low dosage matched group | 10 10 10 | 36 18 - | 122.4±9.68* 122.9±12.35* 122.9±11.78 | 148.6±10.01* 147.3±13.06* 145.9±13.94 | 182.0±10.52* 180.0±15.11* 176.1±17.14 |
Compare with the normal saline matched group: * P>0.05
3. to the influence of rat main organs coefficient (organ weights is than body weight): this medicine is after irritating stomach to animal, get the main organs heart, liver, spleen, lung, kidney, thymus, adrenal gland, claim its weight, calculate organ coefficient, the result shows that this medicine does not have harmful effect to rat main organs coefficient.The results are shown in Table 2,3.
This medicine of table 2 is to the influence of rat main organs coefficient (g/100g, X ± s)
Group | n | Dosage (g/Kg) | The heart | Liver | Lung | Kidney (two) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 0.48±0.06* 0.45±0.04* 0.44±0.08 | 5.28±0.71* 4.99±0.57* 4.97±0.65 | 1.03±0.17* 0.98±0.15* 1.00±0.16 | 0.89±0.04* 0.87±0.05* 0.87±0.06 |
Compare with the normal saline matched group: * P>0.05
This medicine of table 3 is to the influence of rat main organs coefficient (X ± s)
Group | n | Dosage (g/Kg) | Spleen (g/10 ton) | Thymus (g/100g) | Adrenal gland (mg/100g) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 0.42±0.03* 0.42±0.03* 0.40±0.05 | 0.23±0.05* 0.21±0.06* 0.20±0.06 | 34.04±3.96* 32.25±3.86* 30.39±6.48 |
Compare with the normal saline matched group: * P>0.05
4. to the influence of rat hemogram: this medicine is got blood examination and is surveyed hemoglobin (Hb), erythrocyte sum (RBC), total white blood cells (WBC) and classification (DBC), platelet (BPC) after irritating stomach to animal, the results are shown in Table 4,5.Statistical result illustrates that this medicine has no adverse effects to the rat hemopoietic organ.
This medicine of table 4 is to the influence of rat hemogram (X ± s)
Group | n | Dosage (g/Kg) | Hb (g/L) | RBC (×10.12/L) | BPC (×109/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 128.5±10.81* 124.0±13.29* 123.5±12.70 | 8.13±0.95* 7.93±0.94* 7.97±1.26 | 906.0±176.58* 850.0±122.47* 870.0±141.97 |
This medicine of table 5 is to the influence of rat hemogram (X ± s)
Group | n | Dosage (g/Kg) | WBC (×109/L) | N (%) | L (%) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 8.96±1.69* 8.36±1.50* 8.61±1.23 | 60.7±6.52* 65.2±6.89* 65.3±5.21 | 39.3±6.52* 34.8±6.89 34.7±5.21 |
Bury the saline control group relatively with living: * P>0.05
5. to the influence of rats'liver, renal function: this medicine gives rat oral gavage after 1 month, detect serum glutamic pyruvic transminase (GPT), glutamic oxaloacetic transaminase, GOT (GOT),, blood urea nitrogen (BUN), creatinine (Cr), the results are shown in Table 6.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group, illustrates that this medicine has no adverse effects to liver, renal function.
This medicine of table 6 is to the influence of rat blood serum GPT, GOT, BUN, Cr (X ± s)
Group | n | Dosage (g/Kg) | GPT(u/L) | GOT(u/L) | BUN(mmol/L) | Q(umol/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 51.4±6.45* 52.5±5.64* 53.5±5.10 | 156.5±17.06* 164.1±18.15* 165.5±10.99 | 7.14±0.49* 6.94±0.48* 6.98±0.44 | 105.5±14.45* 10.54±10.83* 112.3±12.16 |
Compare with the normal saline matched group: * P>0.05
3. to the influence of rat blood serum alkali phosphatase (ALP), T-CHOL (Ch), total bilirubin (TBIL): blue rhythm hypoglycemic instant powder gives rat oral gavage after 1 month, detects serum levels of ALP, T-CHOL, total bilirubin, the results are shown in Table 7.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group, illustrates that this medicine has no adverse effects to ALP, T-CHOL, total bilirubin.
This medicine of table 7 is to the influence of rat blood serum ALP, CH, TBIL (X ± s)
Group | n | Dosage (g/Kg) | ALP(u/L) | ch(mmol/L) | TBiL(mmol/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 180.9±27.05* 175.4±17.41* 167.4±11.15 | 1.59±0.29* 1.56±0.26* 1.58±0.20 | 6.47±0.51* 6.35±0.46* 6.46±0.44 |
The saline control group compares with supervising the cooking: * P>0.05
7. to rat blood serum total protein, albuminous influence: this medicine gives rat oral gavage after 1 month, detects total serum protein, albumin, the results are shown in Table 8.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group, illustrates that this medicine has no adverse effects to total protein, blood glucose.
This medicine of table 8 is to rat blood serum total protein, albuminous influence (X ± s)
Group | n | Dosage (g/Kg) | Total protein (g/L) | Albumin (g/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 89.4±5.54* 86.3±5.74* 86.4±5.62 | 50.1±4.25* 47.3±3.62* 46.4±3.31 |
Compare with the normal saline matched group: * P>0.05
3. to the influence of rat main organs: high and low two the dosage groups of this medicine are given rat continuous irrigation stomach 1 month, after the off-test, put to death animal and cut open internal organs such as getting brain, the heart, lung, thymus, liver,spleen,kidney, adrenal gland, stomach, intestinal, testis, ovary, carried out careful gross examination of skeletal muscle, no abnormal pathological change.Existing side by side soon, internal organs such as brain, the heart, lung, thymus, liver,spleen,kidney, adrenal gland, stomach, intestinal, testis, ovary are fixed in 10% formalin, conventional dehydration, specimens paraffin embedding slices, HE dyeing, observe under light microscopic, the result proves the tissue slice of two dosage groups and normal saline matched group, and its organizational structure, cellular morphology all belong to normally, the reactive pathological change of no accumulate poisoning shows that this medicine is taken for a long time the internal organs major organs is had no adverse effects.
2. second batch of animal testing result
The drug withdrawal in 60 days that continues to take medicine of remaining animal continues normal the nursing for 2 weeks, lives in getting blood examination extremely and survey These parameters, and cuts open and get main organs and carry out histological examination, to observe the situation of accumulating and the reversibility of drug toxicity reaction.
1. to the influence of rat hemogram: after stopping 2 weeks of perfusion, put to death animal, get the blood danger and survey hemoglobin (Hb), erythrocyte sum (RBC), total white blood cells (WBC) and classification (DBC), platelet (BPC), the results are shown in Table 9,10.Statistical result illustrates that this medicine does not have the cumulative toxicity reaction to the rat hemopoietic organ.
This medicine of table 9 is to the influence of rat hemogram (X ± s)
Group | n | Dosage (g/Kg) | Hb (g/L) | RBC (×1012/L) | BPC (×109/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 127.0±11.35* 124.5±10.66* 122.0±11.11 | 7.77±1.22* 8.16±1.05* 7.40±0.98 | 782.0±101.19* 768.0±110.53* 760.0±93.81 |
This medicine of table 10 is to the influence of rat hemogram (X ± s)
Group | n | Dosage (g/Kg) | WBC (×109/L) | N (%) | L (%) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 7.53±1.13* 7.54±1.11* 7.49±0.63 | 59.1±7.64* 59.5±6.04* 57.9±7.89 | 40.9±7.64* 40.5±6.04* 42.1±7.89 |
Compare with the normal saline matched group: * P>0.05
2. to rats'liver, the influence of renal function: after stopping 2 weeks of perfusion, the execution animal is got blood examination and surveys serum glutamic pyruvic transminase (GPT), glutamic oxaloacetic transaminase, GOT (GOT), blood urea nitrogen (BUN), creatinine (Cr), the results are shown in Table 11.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group and illustrates that this medicine does not have the cumulative toxicity reaction to liver, renal function.
This medicine of table 11 is to the influence of rat blood serum GPI, GOT, BUN, Cr (X ± s)
Group | n | Dosage (g/Kg) | GPT(u/L) | GOT(u/L) | BUN(mmol/L) | CI(umol/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 50.8±3.94* 50.5±5.30* 51.2±4.31 | 150.2±13.64* 153.5±12.49* 157.6±13.46 | 6.62±0.55* 6.63±0.48* 6.61±0.41 | 107.3±15.00* 108.9±11.62* 114.7±11.65 |
Compare * P>0.05 with the normal saline matched group
3. for the influence of rat blood serum ALP, T-CHOL, total bilirubin: after stopping 2 weeks of perfusion, put to death animal, get blood examination and survey serum levels of ALP, T-CHOL, total bilirubin, the results are shown in Table 12.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group, illustrates that this medicine does not have the cumulative toxicity reaction to rat ALP, T-CHOL, total bilirubin.
This medicine of table 12 is to the influence of rat blood serum ALP, ch, TBiL (X ± s)
Group | n | Dosage (g/Kg) | ALP(u/L) | ch(mmol/L) | TBiL(mmol/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 150.2±13.57* 147.2±22.26* 153.3±14.17 | 1.54±0.17* 1.55±0.16* 1.63±0.23 | 6.87±6.12* 7.61±0.61* 6.99±0.66 |
Compare * P>0.05 with the normal saline matched group
4. to rat blood serum total protein, albuminous influence: after stopping 2 weeks of perfusion, before the execution, get blood examination and survey total serum protein, albumin, the results are shown in Table 13.Credit is analysed by statistics, compares there was no significant difference (P>0.05) with the normal saline group, illustrates that this medicine does not have the cumulative toxicity reaction to rat total protein, albumin.
This medicine of table 13 is to rat blood serum total protein, albuminous influence (X ± s)
Group | n | Dosage (g/Kg) | Total protein (g/L) | Albumin (g/L) |
High dose low dosage matched group | 10 10 10 | 36 18 - | 85.8±6.20* 82.0±5.62* 82.6±7.46 | 44.7±5.48* 42.8±3.42* 43.0±3.86 |
Compare * P>0.05 with the normal saline matched group
5. to the influence of rat main organs: high and low two dosage of this medicine are given rat continuous irrigation stomach 3 months, after the off-test, discontinue medication and observe 15 days again, put to death animal and cut open internal organs such as getting brain, the heart, lung, thymus, liver,spleen,kidney, adrenal gland, stomach, intestinal, testis, ovary, carried out careful gross examination of skeletal muscle, no abnormal pathological change.Existing side by side soon, internal organs such as brain, the heart, lung, thymus, liver,spleen,kidney, adrenal gland, stomach, intestinal, testis, ovary are fixed in 10% formalin, conventional dehydration, specimens paraffin embedding slices, HE dyeing, observe under light microscopic, the result proves the tissue slice of two dosage groups and normal saline matched group, and its organizational structure, cellular morphology all belong to normally, the reactive pathological change of no accumulate poisoning shows that this medicine is taken for a long time the internal organs major organs is had no adverse effects.