Introduction: Conventional formalin-fixed, paraffin-embedded tissue provides superior
cellular morphology and long-term storage. Problems with formalin fixation comprise delay …

The quest for a faster means of tissue processing has been on the increase to accomplish
the needs of medical scientists, especially for treating patients with critical health conditions …

Objectives: Tissue processing for years is carried out by the conventional method, which is a
time-consuming technique resulting in 1-day delay in diagnosis. However, in this area of …

Aims: This work aims to reduce the time of tissue processing, exclude xylene from tissue
processing as well as to reduce the total quantity of reagents used per cycle of paraffin wax …

Background: Microwave irradiation has been tried as a replacement for the conventional
tissue processing technique in histopathology laboratories for quite some time. Studies have …

Background: Microwave-accelerated tissue processing is believed to have brought a
revolutionary improvement in the field of histopathology and histochemistry. This technique …

Background: Histopathological diagnosis of a specimen requires good histoprocessing. It
ultimately depends on sample preparation and staining, which is time consuming by routine …

Aim To compare conventional and microwave based decalci-fication, processing and
staining of tooth and mandibular bone specimens using 5% nitric acid as decalcifying agent …

Aim and Objectives: The study aimed at assessment of microwave assisted tissue fixation,
processing and staining and to determine if it can replace standard formalin fixed paraffin …

This study was to evaluate the effects of microwave device in melanin pigment staining
procedures and to compare between the classical Masson-Fontana staining technique at …