Mohammad Saleh Soltankhah; Mohammad Reza Majidi; Shahaboddin Shabani
Abstract
Nasal polyp is macroscopic edematous mass and it is a most common nasal complaint of the patients. The exact etiology is still unknown and controversial, but the main causes are assumed to be the inflammatory conditions and allergy. Their clinical presentations are obstruction, rhinorrhea, postnasal ...
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Nasal polyp is macroscopic edematous mass and it is a most common nasal complaint of the patients. The exact etiology is still unknown and controversial, but the main causes are assumed to be the inflammatory conditions and allergy. Their clinical presentations are obstruction, rhinorrhea, postnasal drip. Nasal polyp is more common in allergic patients with asthma. Treatment of this complication is associated with both medical treatment and surgery. Corticosteroids (systemic and topical) are shown to be beneficial in reducing the size of nasal polyp. Corticosteroids are also used as a primary treatment and postoperative management for avoiding recurrence. The rate of leukotrienes is increased in polyps. It is reported that leukotriene receptor antagonists (antileukotriene) have a beneficial effect on nasal polyp treatment. Montelukast is an antileukotriene. It can be used to modify the symptoms of nasal polyp. There is no significant difference between corticosteroids and montelukast clinical efficacy.
Shahaboddin Shabani; Navid Nourizadeh; Mohammadsaleh Soltankhah
Abstract
Thioredoxin system comprised of thiorexin and NADPH dependent thiorexin reductase, is responsible for redox regulation of cells by controlling the apoptosis, proliferation and other vital processes of cells. The efficacy of thioredoxin system has been represented in a wide range of physiological and ...
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Thioredoxin system comprised of thiorexin and NADPH dependent thiorexin reductase, is responsible for redox regulation of cells by controlling the apoptosis, proliferation and other vital processes of cells. The efficacy of thioredoxin system has been represented in a wide range of physiological and biological reactions in bacteria, yeast, plants, mammals and etc. including DNA synthesis, regulation of transcription factors, protein repairing, regulating the photosynthesis and controlling the apoptosis and preventing oxidative stresses, filamentous phage assembly, immune-modulating, neuronal survival, pregnancy and birth and many other physiological and biological functions. The up-regulation of thioredoxin has been observed in various malignancies, which was associated with tumor angiogenesis and development. In this regard, the thiordoxin system has become a putative target in new chemotherapeutic methods. In this study, we mentioned various features of thioredoxin system in malignant cells and reviewed the articles which have evaluated the expression rate of thioredoxin system in malignancies.