1
ABL2 is involved in human neoplastic diseases and is deregulated in solid tumors.
2
This leads to protection against oxidative stress and neoplastic diseases.
3
The transmission of infectious and neoplastic diseases is a potential risk of tissue allografting.
4
In addition, eosinophils infiltrate tumor tissue in some neoplastic diseases.
5
Cigarette smoking is known to be a risk factor for several chronic and neoplastic diseases.
6
The interferons are complex proteins that have been widely tested as therapy for neoplastic diseases.
7
Objectives: Ovarian cancer is the fourth leading cause of death among neoplastic diseases in women.
8
Defects in apoptotic cell death contribute to neoplastic diseases by preventing or delaying normal cell death.
9
The importance of adult stem cells in the development of neoplastic diseases is becoming increasingly well appreciated.
10
Similarly, it can be applied for selection of suitable treatment by enriching our knowledge about the progression of neoplastic diseases.
11
Reprogramming tumor cells to undergo drug-induced apoptosis provides a promising and powerful strategy for treating resistant and recurrent neoplastic diseases.
12
Therefore any strategy aimed at attenuating CK2 activity may represent a "master key" for the treatment of different neoplastic diseases.
13
Placenta growth factor is upregulated in many neoplastic diseases and serum levels of PlGF are increased in cancer patients following anti-angiogenic therapy.
14
The noxious effects of smoke compounds justify the high incidence of periodontal diseases, caries, and neoplastic diseases of oral tissues in smokers.
15
Epidemiological data indicate that low levels of serum VitD is associated with impaired pulmonary function, increased incidence of inflammatory, infectious or neoplastic diseases.
16
In neoplastic diseases, the AHR has been described to modulate proliferation and differentiation in dichotomous ways, either inhibiting or augmenting the growth of tumors.
