Treatment of Trans-Sphincteric Fistula-In-Ano with Combined Therapy of Laser and Kshara Sutra

Fistula-in-ano is most infectious disease among all the ano-rectal disorders since ancient times. Over the past few decades, various techniques are being evaluated in terms to prevent its recurrence and complications; it is still a challenging surgical disease. The sign and symptoms of fistula in ano resembles with Bhagandar described in Ayurvedic classics. Kshara sutra therapy (medicated thread) practiced in Ayurveda Since ancient time for the management of Naadi Vrana and Bhagandar. Kshara sutra therapy has revolutionized the treatment of fistula-in-ano, as it treat the main culprit of fistula that is cryptoglandular origin but the drawback of Kshara sutra therapy are as it takes more number of hospital visit, long anxiety period and discomfort. In present time LASER therapy is used in various medical surgery and also in proctology like in fistula as FILAC, DLPL etc. Diode LASER 980nm (Radial Fibre) burns unhealthy granulation tissues in 360° manner with less or minimal pain, LASER act as photo evaporation effect and leads to the shrinkage of the fistula tract. But if we do LASER in internal opening of fistula it provides a bare area for microbes and creates a chance to re-infects the crypts and anal glands, which further leads recurrent fistula formation. Therefore a novel technique for sphincter preserving surgery proposed as combined therapy of Kshara sutra ligation for main culprit that is cryptoglandular infection as SMAK (Sub Mucosal Application of Kshara Sutra) and LASER, shrink the remaining fistula tract instantly

Hepatoid adenocarcinoma of stomach: Case report of a rare histological variant.

Hepatoid adenocarcinoma of the stomach is a rare form of gastric carcinoma with specifi c clinicopathological features and extremely poor prognosis. Here, we report a case of a 60-year-old male patient who presented in the outpatient department with pain abdomen and constitutional symptoms. Radiological examination revealed a growth involving the antrum of the stomach while the liver and spleen were normal. The serum alpha fetoproteins were 6590 ng/ml. The patient underwent a partial gastrectomy and microscopic examination of the growth showed two types of histological patterns. Majority of the tumor displayed hepatoid differentiation with adenocarcinomatous foci. Periodic acid Schiff positive intracytoplasmic hyaline globules were seen. The tumor was immunohistochemically positive for alpha fetoprotein. The patient underwent radical gastrectomy, received chemotherapy and has been on follow-up for the past 12 months. Though known to be an aggressive neoplasm early diagnosis of hepatoid adenocarcinoma can help improve the prognosis of the disease.

Primary pleomorphic liposarcoma of breast: A rare case report.

Sarcoma of the breast constitutes less than 1% of all malignant breast tumors and liposarcoma of the breast has an incidence of 0.3% of all the mammary sarcomas. A 47-year-old woman presented with a mass in the right breast and mammography was suggestive of a malignant lesion. Modified radical mastectomy was performed. The tumor was diagnosed histologically as a pleomorphic liposarcoma. The patient was discharged and her postoperative recovery was uneventful.

Histological changes in ovaries of mice exposed to butea monosperma: preliminary study / Cambios histológicos en ovarios de ratón expuestos a butea monosperma: estudio preliminar

In Ayurvedic practice Butea monosperma (Palash) is in clinical use for hundreds of years as a contraceptive. Seeds of Butea monosperma are also used as an anthelmitic (Ansani et al., 1979) and antimicrobial (Avirutnant & Pongpan, 1983). Butea monosperma (Fabaceae family) locally known as Palash (Dhak) if given for 3 consecutive days acts as an antifertility agent for which it has been is traditionally used since time immemorial. The objective of the present study was to search the effect of Butea monosperma seeds on the ovary of mice. Observations in the present study were massive degeneration of ova in almost all the follicles, irrespective of the stage of their development. The ova from treated animals showed different stages of necrotic process. Moreover, the arrangement of follicular cells was also disturbed. The Palash seeds in the form of powder when administered orally with distilled water, according to the body weight i.e.2g/Kg, of female mice, for three consecutive days showed notable changes in ovaries. The animals were sacrificed on day next to the last day of treatment and ovaries were extirpated. Ovaries studied histologically after Haematoxylin & Eosin staining showed most of the follicle in immature state with undefined nucleus and nucleoli in the ovum. Others showed degenerative changes in the ovum. Follicles had lost their normal shape and arrangement and organization of granulosa cells. It was conspicuous to find that almost all follicles including graafian follicles of treated ovaries were undergoing degenerative changes simultaneously. The rate of apoptosis in the granulosa cells when studied was found increased in treated cases as compared with control. The study suggests that the disintegration of ova in the ovaries is a specific effect of Butea monosperma seed administration.

En la práctica Ayurvédica Butea monosperma (Palash) se encuentra en uso clínico durante cientos de años como método anticonceptivo. Semillas de Butea monosperma también se utilizan como un antihemético y antimicrobiano. Butea monosperma (familia Fabaceae) conocida localmente como Palash (Dhak) si se administra durante 3 días consecutivos actúa como un agente anticonceptivo que se utiliza tradicionalmente desde tiempos inmemoriales. El objetivo del presente estudio fue buscar el efecto de las semillas de Butea monosperma en ovarios de ratones. Se obsevó degeneración masiva de los óvulos en casi todos los folículos, independientemente de la fase de su desarrollo. Los óvulos de los animales tratados mostraron las diferentes etapas del proceso necrótico. Por otra parte, la disposición de las células foliculares se mostró alterada. El polvo de semillas de Palash, cuando se administra a los ratones, por vía oral en agua destilada, i.e. 2g/Kg peso corporal, durante tres días produce cambios en los ovarios. Los animales se sacrificaron al día siguiente terminado el tratamiento y fueron extirpados los ovarios. Los ovarios se estudiaron histológicamente con HE mostrándose la mayoría de los folículos en estado inmaduro, con núcleo definido y nucléolos en el óvulo. Otros mostraron cambios degenerativos en los óvulos. Los folículos habían perdido su forma normal y la disposición y organización de células de la granulosa. Se encontró que casi todos los folículos incluyendo los folículos mostraban cambios degenerativos de manera simultánea. En los casos tratados, la tasa de apoptosis en las células de la granulosa estaba aumentada, en comparación con el grupo control. El estudio sugiere que la desintegración de los óvulos en los ovarios es un efecto específico de la administración de las semillas de Butea monosperma.

Single strand confirmation polymorphism (SSCP) detection in exon I of the alfa-lactalbumin gene of Indian Jamunapari milk goats (Capra hircus)

The genetic diversity of Jamunapari goats (Capra hircus) was investigated using an optimized non-radioactive polymerase chain reaction single-strand conformation polymorphism (PCR-SSCP) method to detect alfa-lactalbumin polymorphism in a sample of 50 goats. Our data show that PCR-SSCP is an appropriate tool for evaluating genetic variability in Jamunapari goats. Polymorphism was detected in the sample, indicating that Jamunapari goats have high genetic variability at loci, exon I of the a-lactalbumin gene. This result opens interesting prospects for future selection programs and conservation strategies. These a-lactalbumin variants can be sequenced and screened in the population to develop single nucleotide polymorphism (SNP) markers for association studies and marker assisted selection.