blinded to the origin of the specimens with special regard to liver architecture, cellular changes, extent of necrosis (% of liver), and level of hemorrhage scored on a four-point scale (0 3; 0 none, 1 mild, 2 moderate, 3 severe).
The research focuses on a complex description of the nature of the wave phenomena occurring in a debonded specimen with a special emphasis on the influence of the location of damage on the wave conversion and diffraction.
The authors thank all individuals who assisted us in the collection and identification of the specimens studied here, with special thanks to Dr. Mauro Nirchio, Universidad de Oriente; Hernan Ortega, Museo de Historia Natural, Universidad Nacional Mayor de San Marcos; and Dr. Oris Sanjur, Smithsonian Tropical Research Institute for donations of tissue samples and help with a collection expedition.
In summary, the present study adds to the characterization of the glycophenotype of chondrocytes and matrix in OA, with special emphasis on clinical specimens.
By thermomechanically processing the alloys to create specimens with largely different special boundary fractions, it was possible to isolate the effects of the grain boundary structure on the intergranular stress corrosion cracking behavior.
Routine histological examination of formalin-fixed, paraffin-embedded tissue sections stained with hematoxylin and eosin (H&E) obtained from pancreatic specimens was performed by two experienced pathologists (IE and FB) with special training in pancreatic pathology.
With the observed results, a kind of special composite laminate specimen with the circumcolumnar layup is designed and fabricated.
A total of 11 simply supported specimens were tested to investigate the structural behavior of this new type of composite slab with special emphasis on their failure modes.
However, in our reported case, we found the evidences of organism in histopathological sections with special stains but could not identify fungus by culture of the clinical specimens.
