Evaluation of antipyretic activity of some medicinal plants from Cholistan desert Pakistan

Traditional herbal healers "Hakims" use various plants of the Cholistan desert, Pakistan for treating a number of infectious and non-infectious diseases. However, there has never been a scientific validation of these plant-based therapeutics. We compared the antipyretic effect of Echinops echinatus, Alhagi maurorum, Fagonia cretica, Cymbopogon jwarancusa and Panicum turgidum in animal model. These plants were used to reduce E.coli lysate induced pyrexia in rabbits. There were five groups of rabbits having five rabbits in each group. Among these five groups, three received various doses of experimental treatment, paracetamol was given to fourth group known as positive control. The fifth group of animals served as negative control and received no treatment. Ethanol extracts of Fagonia cretica [500mg/kg], Panicum turgidum [500mg/kg and 750mg/kg], Alhagi maurorum [500 and 750mg/kg], Cymbopogon jwarancusa [250mg/kg] and Echinops echinatus [750mg/kg] showed significant antipyretic effects when compared with controls and experimental counterparts. These results revealed that ethanol extracts of the plants evaluated in this study have dose dependent antipyretic activity. Further detailed screening of these plant species is recommended

Bilirubin Pigments in the first Meconium of newborn infants

To determine the pattern of excretion of total bilirubin IXa and IXb in the first meconium of newborn infants. First two newborns of varying gestational age were selected every week through random sampling from the neonatal unit. Of the 41 newborn infants selected 8 expired before meconium passage, hence the results are from 33 newborns. Meconium was collected and stored at -20°C, protected by aluminium foil. Samples were defrosted, vortex mixed with equal amount of dimethyl-sulfoxide, centrifuged, and analyzed by HPLC. Unconjugated Bilirubin-IXa and -IXb were identified and quantitative estimation of Bilirubin-IXa done. Bilirubin-IXb was greater than 50% of the total, in the first meconium of the newborn. Amount of bilirubin excreted in meconium was 29.2 - 90.8 mg [0.051 - 0.155 mmol] per sample of meconium passed. Amount was 9.7 mg/ Kg of body weight in term newborn and 12 mg / kg in preterm.The amount of bilirubin -IXb decreases and bilirubin-IXa increases with increasing gestational age. Newborns with birth asphyxia [BA] had significantly greater quantity of bilirubin in meconium, compared to infants without BA [JPMA 55:188;2005].