TAILIEUCHUNG - Haematological studies of Loranthus Bengwensis Ethanolic leaf extract on streptozotocin induced diabetic rats

The haematological studies on ethanolic leaf extract of Loranthus Bengwensis were evaluated in streptozotocin induced diabetics albino rats. The phytochemical screening of the ethanolic leaf extract showed the presence of alkaloids, flavonoids, steroids, tannin, saponins, cardiac glycosides, phenolics, terpenoid and quinines. Sixty albino wistar rats were used for the study and at the commencement of the experiment, rats were grouped into six study groups; Non-diabetic Control group, Diabetic Control group, Diabetic rats administered Orthodox drug insulin, Diabetic rats administered 100mg of leaf extract, Diabetic group administered with 200mg of leaf extract; Diabetic group administered with 400mg of leaf extract. There was a drastic reduction in blood glucose level of diabetes treated groups of DLB1, DBL2 and DBL3 at the end of the experiment which portrays the therapeutic efficacy of Loranthus bengwensis ethanolic leaf extract in ameliorating diabetic condition. However, the extract was more efficient at 400mg/kg compared to 100mg/kg and 200mg//kg respectively. This indicates that ethanolic leaf extract of Loranthus bengwensis is relatively more efficient at higher concentration. Other biochemical parameters such as; Haematological; Haemoglobin, Packed Cell Volume, WBC, Platelets Count and Neutrophiles as well as body weight indices were consideration. The results obtained from all these assays as well as the blood glucose assay justify the therapeutic efficacy of Loranthus bengwensis on diabetic condition. | Haematological studies of Loranthus Bengwensis Ethanolic leaf extract on streptozotocin induced diabetic rats

• Sinh học
• Body weight
• Packed cell volume
• White blood cell
• Red blood cell
• Streptozotocin induced diabetic rats
• Body morphometry in relation to season
• Body morphometry in relation
• Body weight in Vrindavani calves
• Sex in Vrindavani calves
• Microcontroller based automatic calculation of ideal weight body
• Automatic calculation of ideal weight body
• Ideal weight body
• Calculate the subject's BMI
• The subject only climbs the scales
• Birth weight
• Body weight yearling weight
• Non genetic factors
• Rambouillet sheep
• Body weight traits
• Rumen protected choline
• Crossbred cows
• Body weight changes
• Crossbred dairy cows
• Transportation stress
• Body weight and hematology
• Hematology in goats
• Transported goats
• Transportation stress and Vitamin C
• Seasonal effect of Vitamin C
• Body weight of goats transported
• Different flocking density
• Feed intake
• Body weight gain
• Bifidobactrium bifidum 235
• FCR of experimental rats
• Balanced ration supplementation
• Milk yield
• Different breeds of cattle
• HF crossbred cattle
• Body length
• Height at wither
• Height at hip
• Heart girth
• Chest depth and width of hip
• BMC Cancer
• Breast cancer
• Mixed methods
• Body composition
• Dietary intake
• Physical activity
• Quality of life
• Body Mass
• WEIGHT LOSS
• Blood tests
• Blood pressure
• Physical exam
• Challenge feeding
• Milk production
• Pre partum
• Cow body weight gain
• Weight gain
• Caged broilers
• Ginger powder supplementation
• Feed efficiency in caged broilers
• BMC Veterinary Research
• Body weight distribution
• Digital scales
• Spinal cord injury
• Static weight distribution
• BMC Pediatrics
• Sexual maturation
• Excess body weight
• Normal sexual maturation
• Body mass index
• Infrared thermography
• Texture analysis
• Superficial body temperature
• Weight velocity
• Identifying unwell neonates
• Childhood body mass index
• Subsequent physician diagnosed asthma
• Obstetrics and Gynecology
• Prepregnancy Body
• Gestational Weight
• Maternal Immunity