|
Scientific Name | Part used | Method | Observation | Reference |
|
Abelmoschus esculentus | Peel and Seed | Streptozotocin induced | exert blood glucose normalization and lipid profiles lowering activity | [28] |
Adenia lobata | Stem | Streptozotocin induced | provide protective mechanism against reactive oxygen species associated with chronic hyperglyceamia and diabetic complications | [15] |
Ageratum conyzoides | Leaves | Glucose induced | exert extra pancreatic action by stimulating insulin secretion | [53] |
Ageratum conyzoides | Leaves | Streptozotocin induced | possess blood glucose lowering effect | [54] |
Allium cepa | Bulb | Alloxan-induced | Stimulates insulin release and action to enhance glucose cellular uptake and utilization | [55] |
Allium cepa | Bulb | Streptozotocin induced | Ameliorate possible complications associated with diabetes mellitus. | [56] |
Allium sativum | Bulb | Streptozotocin-induced | Restores delayed insulin response by reacting with endogenous thiol containing molecules | [57] |
Aloe barbadensis | Leaves | Alloxan induced | useful and safe agent in reducing hyperglycemia induced by alloxan | [58] |
Alstonia boonei | Leaves | Alloxan induced | exert significant antidiabetic activity | [59] |
Alstonia boonei | Stem bark | Streptozotocin-induced | inhibit the activity of glucogenic enzymes | [60] |
Amaranthus viridis | Leaves | Streptozotocin-induced | inhibit the activity of glucogenic enzymes and restore β-cell function | [61] |
Amaranthus viridis | Stem | Streptozotocin-induced | protective potential against glucogenic enzymes | [62] |
Amaranthus viridis | Whole plant | Streptozotocin-induced | increased uptake of glucose for glycogen synthesis | [63] |
Bauhinia rufescens | Leaves | Alloxan induced | exert significant antidiabetic activity | [64] |
Bridelia ferruginea | Leaves | Sucrose-induced | Improves insulin sensitivity | [65] |
Cassia auriculata | Flower | Streptozotocin induced | extract enhances the utilization of glucose through increased glycolysis | [66] |
Cassia auriculata | Leaves | Streptozotocin induced | exert insulinogenic action | [67] |
Cassia auriculata | Whole plant | Streptozotocin induced | exert significant antidiabetic activity | [31] |
Cassia auriculata | Flower | Alloxan induced | ethanolic extract possesses hypoglycemic activity | [68] |
Cassia occidentalis | Whole plant | Alloxan induced | exert significant antidiabetic activity | [69] |
Carica papaya | Leaves | Streptozotocin induced | Restores pancreatic islet cell function | [70] |
Catharanthus roseus | Leaves, Stem Root, flower | Alloxan induced | aqueous stem extract depicted best hypoglyceamic activity | [71] |
Catharanthus roseus | Leaves | Streptozotocin induced | increase insulin sensitivity | [72] |
Catharanthus roseus | Leaves | Alloxan | restores pancreatic β-cell function | [73] |
Clausena anisata | Root | Streptozotocin induced | secondary metabolites responsible for the hypoglycemic effect | [74] |
Costus afer Ker-Gawl | Stem, leaf | Alloxan induced | hypoglycemic, protective potential and regenerative effect on pancreas | [75, 76] |
Ehretia Cymosa | Whole plant | Streptozotocin induced | hypoglycemic effects | [24] |
Glyphaea brevis | Leaves | Oral starch tolerance | α-amylase inhibitory properties coupled to control of body weight | [77] |
Gongronema latifolium | Leaves | Alloxan | induce pancreatic cell regeneration | [78] |
Gongronema latifolium | Leaves | Alloxan | ameliorate oxidative stress associated with diabetes mellitus | [79] |
Guiera senegalensis | Leaves | Glucose induced | stimulate insulin production and glucose utilization | [80] |
Hoslundia opposita | Leaves | Alloxan | ameliorative effect on Type 2 diabetic patients and associated complication | [81] |
Hyptis suaveolens (L.) Poit | Leaves | Streptozotocin induced | exerts additive hypoglycemic effect with antioxidant | [82] |
Indigofera arrecta | Leaves | Streptozotocin induced | insulinotropic effect | [83] |
Ipomoea sepiaria Roxb. | Leaves | Streptozotocin induced | restore glucose levels to near normal level | [39] |
Mangifera indica | Leaves | Alloxan induced | Insulin like effect by Inhibiting hepatic gluconeogenesis or glucose absorption in muscles or adipose tissues | [84] |
Mangifera indica | Leaves | Streptozotocin induced | α-amylase and α- glucosidase inhibitory activity | [85] |
Mimosa pudica L | Leaves | Alloxan induced | exerts hypoglycemic effect | [86] |
Mimosa pudica L | whole plant | Streptozotocin induced | stimulates insulin secretion by the regeneration of pancreatic β-cells | [87] |
Mollugo nudicaulis | whole plant | Alloxan induced | increase release of insulin from Pancreatic β -cells | [88] |
Morinda Lucida | Leaves | Streptozotocin induced | glucose lowering property | [89] |
| | | | |
Momordica charantia | Fruit | Streptozotocin induced | stimulates insulin secretion by the regeneration of pancreatic β-cells | [90, 91] |
Myrianthus arboreus P. Beauv | Stem bark | Streptozotocin induced | exerts hypoglycemic effect | [92] |
Ocimum canum Sim | Leaves | C57BL/KsJ db/db | enhanced insulin release genetically modified from pancreatic β –cells diabetic animal | [47] |
Ocimum gratissimum | Leaves | Streptozotocin induced | exerts hypoglycemic effect | [25] |
Pergularia daemia | Leaves | Alloxan induced | restores pancreatic β –cells function | [93] |
Phyllanthus amarus | Whole plant | Alloxan | exerts hypoglycemic effect | [94] |
Phyllanthus fraternus | Whole plant | Alloxan induced | possess antidiabetic and antioxidant activity | [95] |
Scoparia dulcis | Ariel part | Streptozotocin-induced | possess antidiabetic and antioxidant activity | [48] |
Securinega virosa | Leaves | Streptozotocin-induced | hypoglycemic activity | [96] |
Trema orientalis | Stem bark | Streptozotocin induced | Sensitize insulin receptors or stimulate β cells of the Islet of Langerhans in the pancreas | [97] |
Zingiber officinale | Bulb | Streptozotocin and alloxan induced diabetes mellitus | exhibits hypoglycemic activity in both normal and diabetic rats | [98, 99] |
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