The aim of the study was to assess the effectiveness of the original treatment of patients with psoriasis, including VLOK- 525 and the local impact of pulsed IR NEELIE. Under the supervision of a 264 patients with widespread forms of psoriasis in progresive stage (163 men and 101 women) between the ages of 24 to 63 years old (average age - 41 years), being diagnosted with the disease from 1 to 30 years ago. In the main group the complex treatment included the original laser methods apparatus " LAZMIK VLOK," with the laser head emit KL-VLOK-525-20 for intravenous laser blood irradiation and ML-635-40 for external impact. It was shown that combined laser therapy of patients with a moderate form of psoriasis (10 <PASI<50), including a local effect on psoriatic elements by pulsed red light LIL (635 nm) with a power of 40 W with a pulse repetition rate of up to 10 Hz OOO-VLOK-667 allows effectively the cease of inflammatory changes and lead to a reduction in erythema, infiltration and exfoliation.
As it has been demonstrated earlier, different types of re-coding of nucleotide sequences to gene-based speckle-patterns (GB-speckles) can be used. In this paper the advanced study, devoted to optimization of the basic algorithm, is presented. Investigations of statistical properties of GB-speckles, generated on nucleotide sequences of omp1 gene of Chlamydia trachomatis, has been performed. Part II of the present paper is dedicated to analysis of first- and second-order statistics of phase fluctuations in GB-speckles with purpose of optimization of algorithm of re-coding.
As it has been demonstrated earlier, different types of re-coding of nucleotide sequences to gene-based speckle-patterns (GB-speckles) can be used. In this paper the advanced study, devoted to optimization of the basic algorithm, is presented. With this purpose, investigations of statistical properties of GB-speckles, generated on nucleotide sequences of omp1 gene of Chlamydia trachomatis, has been performed. First- and second-order statistics of intensity fluctuations in GB speckles has been analyzed. Part I of the paper is devoted to investigations of statistical properties of phase fluctuations in GB-speckles.
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