Gastric perforation in an adult male following nasogastric intubation

Introduction

Spontaneous gastric perforation is a well known surgical emergency which carries significant mortality and morbidity. Well documented causes in adults include peptic ulcer disease, drugs such as non-steroidal and gastric malignancy. Iatrogenic causes still remain relatively rare. We report an interesting case of an acutely unwell young man who developed gastric perforation secondary to nasogastric intubation.

Case Report

A 32 year old man initially treated for gastroenteritis underwent laparotomy for acute intra-abdominal bleeding. This was found to be secondary to a ruptured left hepatic artery aneurysm which was subsequently embolised. Patient had multiple laparotomies, a nasogastric tube inserted at the second laparotomy was later found to be the cause of gastric perforation. On further investigation the patient’s multiple aneurysms were histologically confirmed to be secondary to fibromuscular dysplasia (FMD).

Conclusion

We present here a case of gastric perforation from a nasogastric tube in an adult male and discussed its relevance to the diagnosis of FMD. This case highlights the importance of having a high index of suspicion for this complication when managing patients with severe abdominal sepsis.     

In ova angiogenesis analgesic and anti inflammatory potency of Aerva Monsoniae (Amaranthaceae)

ObjectiveTo evaluate the wound healing potency of aqueous extract of Aerva monsoniae (A. monsoniae) by in vitro method using fertilized eggs, in vivo analgesic and anti inflammatory activity in rodents and the anti bacterial activity on the bacterial strains that infect the wound.MethodsThe whole plant of A. monsoniae was extracted with water and then subjected to preliminary chemical screening. It was then evaluated for in ova angiogenesis on fertilized white leg horn eggs using the concentrations of 200-600 μ g/mL. The analgesic activity was evaluated in mice using the dose 100 and 250 mg/kg. The anti inflammatory activity was evaluated in rats using the dose 250 mg/kg and 500 mg/kg. In both the parameters water was used as the control and diclofenac was used the standard. The anti bacterial activity on Staphylococcus aureus and Pseudomonas aerugenosa was performed.ResultsThe phytochemical screening revealed the presence of tannins, flavonoids and saponins. The in ova angiogenesis revealed a dose dependent activity which proves the wound healing claim of the plant as more number of blood capillaries were formed at the site of the drug. The plant proved to be a potent analgesic and anti inflammatory agent at doses 100 mg/kg and 250 mg/kg. The anti bacterial activity was present but at higher doses.ConclusionsThe parameters studied in the present investigation proved that the plant is a potent wound healer. Further in vivo wound healing studies on animal model is desired. As the extract showed potent analgesic, anti inflammatory and anti bacterial properties, it can be considered that when formulated into suitable formulation, and it can reduce the pain, inflammation and infections related to wound very well.     

Developing ultra deformable vesicular transportation of a bioactive alkaloid in pursuit of vitiligo therapy

ObjectiveTo develop transfersomal formulation integrated with piperine intended for vitiligo.MethodsFilm hydration technique was employed in the preparation of transfersomes. Modified diffusion cell, consistency tester were fabricated for ex vivo diffusion studies and spreadability studies respectively while tape stripping method was integrated with tissue extraction in the determination of tissue drug concentration.ResultsWhen film hydration technique was used for, ultradeformable vesicles (transfersomes) of piperine in soabean phosphatidylcholine was formed with (67.11±0.22) to (70.55±3.62) and (60.12±1.04) to (80.43±0.14) mean size (μ) and entrapment efficiency (%) respectively. Transfersomes are capable of crossing the pores in permeability barriers extremely efficient even if the transfersome radius (t_r) is much greater than the pore size (r_pore) ie., tr/r_pore? 0.25 the driven flux rate depends on the transdermal osmotic gradient. The vesicles describes elasto-mechanical character of vesicles while penetrating through the pores. The proviso is that the vesicular membrane elasticity is dynamically to the local stress by the external. Diffusion and Spreadability studies showed maximum diffusion when the lipid was kept minimum. Tape stripping and tissue extraction method for the tissue drug retention showed that (75.25±1.72)% drug was retained in the dermis.ConclusionSpan 80 was preferred over tween 80 in terms of dermal retention. Size and encapsulation was slightly altered by phosphatidylcholine concentration. The kinetics, efficiency and the transfersome mediated transport can be tailored for trans-epidermal, deep tissues and systemic depending on the vesicular composition, dose and form. Thus we have offered a successful drug delivery of piperine targeting the deep epidermis.