Primary amyloidosis results from the deposition of amyloid protein fibrils in the extracellular space and rarely involves the urinary bladder. We present a 41-year-old man who was diagnosed with primary amyloidosis of the urinary bladder and underwent two sessions of transurethral resection of the bladder mass 4 years prior. Recently, the patient was admitted through the emergency with painless frank haematuria. Computed tomography of the abdomen and pelvis revealed a bladder mass that was larger than the previously reported mass. A repeat cystoscopy and resection of the mass was performed. Histopathological examination of the resected tissue revealed primary amyloidosis of the urinary bladder. A comprehensive examination was performed to exclude systemic amyloidosis.

We present the case of a 31-year-old single male patient, who was admitted through emergency unit with painless hard nodule of his left testis of 6 months’ duration. Ultrasound scan of the scrotum showed a fairly well-defined hypo echoic area in the left testicular parenchyma in its middle part, measuring approximately 10 × 9 mm in size. We performed left inguinal radical orchidectomy. Histopathology examination of the left testis revealed sclerosing Sertoli cell tumor (SSCT) of the testis. This is a very rare testicular tumor with very few published case reports. Systemic examination was performed to exclude systemic metastasis. SSCT is characterized by the presence and aggregates of tubules of Sertoli cells, separated by a sclerotic intercellular matrix formed by fibrotic connective tissue.

The lead has adverse effects in contamination the aquatic environment, for this reason, a laboratory simulation was conducted using kaolinite collected from the Ga’ara Formation at western Iraq to be considered as a natural sorbent material that can be addressed Pb2+ from the aqueous environments. The Energy-Dispersive X-ray Spectroscopy and atomic absorption spectroscopy clarifying very fine grains and pure phase with a very little quantity of quartz and has a number of active sites for adsorption. The sorption of kaolinite for the Pb2+ has been carefully tested by several designed laboratory experiments. Five lead solutions of different concentrations (25, 50, 75, 100 and 125 ppm) were tested under different values of pH (1.3-9). The best sorption has been recorded at pH 9, with an equilibrium reaction time 40 m and the solid-liquid ration 1.25 gm:50 ml. The sorption reaction is endothermic with two main mechanisms were identified, the rapid ion exchange which gets at the beginning of the reaction during the first 10 m, and ion exchange, which gets slow later due to form ionic complexes