Sentence examples for abnormal transformation from inspiring English sources
In 2000, a two-day course was held that covered the distinction of normal from abnormal transformation zone, the grading of colposcopic abnormalities (see below: Colposcopic variables), and the identification of invasive cancer.
A possible mechanism for the appearance of abnormal transformation kinetics is given, which is based on the austenite grain size.
The abnormal transformation process involves the occurrence of additional peaks in the transformation rate for the first stage of the transformation.
An autocatalytic type of nucleation was successfully incorporated in the above model to describe the occurrence of the repeated nucleation during the abnormal transformation.
Women in the colposcopy arm of the trial are further randomised to a policy of either immediate treatment or biopsy and selective recall for treatment if they have an abnormal transformation zone.
For miR-522* we could not find any predictive targets, but the miRNA expression pattern suggests that this miRNA may also play a role in cervical abnormal transformation.
Among them, it is widely believed that interfacial stress plays an important role in abnormal martensitic transformation of nanostructured materials due to the high volume fraction of interfaces.
To explain abnormal martensitic transformation behaviors, many competing theories have been suggested, including lack of nucleation sites [3], inhibition of nanotwin boundaries [4], surface energy difference [5, 6], and interfacial stress due to particle curvature [7, 8].
Pterygium has been linked to abnormal cell transformation such as epithelial-mesenchymal transition (EMT) to a myofibroblastic phenotype [39].
The deregulation of HOX genes is associated with both leukemia and solid malignancies [40] [43], suggesting that those two miRNAs contribute to cervical abnormal cell transformation and progression of cervical carcinoma through deregulation of the HOX genes.
However, the cell membrane charge was found to be altered during tumorigenesis due to its abnormal metabolic transformation [ 37].
