Noel Obumneme’s scientific contributions

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Figure 1: Leaves and flowers of C. chinensis (From Tropical Plants Database [23]).
Figure 2: Effects of Standard drug agents and AeC and EeC on MABP. Key: ACH: Acetylcholine; L-ARG: L-Arginine; SNP: Sodium Nitroprusside (all in Moles); AeC: Aqueous extract; EeC: Ethanol extract.
Figure 3: Effects of Standard drug agents and AeC and EeC on SBP. Key: Standard Agents (P<0.01). ACH: Acetylcholine; L-ARG: L-Arginine; SNP: Sodium Nitroprusside (all in Moles) AeC: Aqueous extract; EeC: Ethanol extract.
Figure 4: Effects of AeC on SBP, DBP, HR, PP and MABP.
Figure 5: Effects of EeC on SBP, DBP, HR, PP and MABP.
Clerodendrum Chinensis Extracts; AeC and EeC Exerts Rapid Antihypertensive Effects in L-NAME Hypertensive Experimental Models
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January 2021

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Noel Obumneme

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Background: The rise in occurrence of hypertension, a non-communicable disease and a major factor for chronic renal failure, cardiovascular disease, and stroke, which most times lead to sudden death is worrisome. Resistant hypertension is more common and may have no symptoms at all for months or years, but then can cause heart attack, stroke, and vision and kidney damage. Prevention and quick management of hypertension are therefore essential in reducing the risk of these debilitating ailments. Aqueous and ethanolic extracts of the leaves of Clerodendrum chinensis (AeC and EeC) are used by local communities of West Africa as medicine for rapid antihypertensive actions. We aim to discover the scientific basis for the use of the herb as medicine. Methods: This work investigates the antihypertensive effects of AeC and EeC in L-Arginine Methyl Ester Hydrochloride (L-NAME)-induced hypertensive rats Acetylcholine, L-Arginine and Sodium Nitroprusside were used as standards. All results were expressed as means ± standard error of mean . Differences were considered significant at p <0.05. Results: Intravenous administration of the extracts caused a significant decrease in the Mean Arterial Blood Pressure (MABP) in a dose-dependent manner. AeC at 100mg/kg caused a significant decline in blood pressure in a dose-related manner. Likewise at 100mg/kg, EeC reduced MABP steadily from 103.9± 2.55 to 34.1± 0.95mmHg. The two extracts; possess significant antihypertensive properties. Conclusions: Both extracts show significant antihypertensive effects and at high doses could lead to hypotension and so should be used with care. Further research is necessary to determine safe dosage forms. Keywords: Clerodendrum chinensis, Herbal medicine, L-NAME-hypertensive rat and Resistant hypertension

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