Hongju Wang's research while affiliated with Henan University and other places

Publications (3)

Article
Full-text available
The morphology of the hypophysis in Bactrian camel has not been described in the literature, despite it being the master of endocrine organs in vertebrates. In the present study, we examined the morphological features of the hypophysis in Bactrian camel by means of gross anatomy, light and electron microscope. Our findings showed that the gland was...
Article
The special structure and function of the external and middle ears of the bactrian camel (Camelus bactrianus) were described and various anatomical and physiological parameters of the ear, such as the length of external acoustic meatus and ossicular chain lever, the areas of tympanic membrane and oval window were measured. Our data on the middle ea...
Article
To investigate the flow patterns in nasal cavity of bactrian camel (Camelus bactrianus), an anatomically accurate finite volume model of its left nasal cavity from CT scans of a healthy adult nose was constructed. By numerically solving the steady-state Navier-Strokes and continuity equations, the flow distribution and the complete velocity field f...

Citations

... These cells in adenohypophysis are arranged as clusters or cords of cells as reported by Mahmood (2014). Using H&E, the neurohyphopysis revealed two types of pituicytes: fibrous and protoplasmic, as described by Ye et al., (2018) in camels. Furthermore, three types of pituicyte nuclei were identified in the GCR neurohypophysis: as oval shape nucleus, triangular shape nucleus and elongated shaped nucleus. ...
... The footplate of the stapes varies much as far as its shape is concerned from species to species. For the roe-deer, we have observed an elliptic shape, somehow similar to the bactrian camel (Bai et al. 2009;Nourinezhad et al. 2021), goat (Martonos et al. 2021), and chinchilla (Martonos et al. 2019). In sheep, this segment is described as almost squared (Nourinezhad et al. 2021). ...
... In large animals, CT has been used sparingly for descriptive anatomic research (Hathcock et al. 1995;Morrow et al. 2000;De Zani et al. 2010;Zafra et al. 2012) and several studies have demonstrated the clinical value of CT in diagnosing diseases of the head (Tietje et al. 1996;Warmerdam et al. 1997). In camelids, CT anatomy of the nasal cavity Wang et al. 2008), temporomandibular joint (Arencibia et al. 2012), tarsus (Hagag et al. 2013) and metatarsus and digits (El-Shafey & Kassab 2013) has been studied, but to the author's knowledge, there is no published material describing the results of CT anatomy of the brain and associated structures in dromedary camel applying bone and soft-tissue CT windows. ...