Dynamic single-photon emission computed tomography as a method of identification of multivessel coronary artery disease by A. V. Mochula, K. V. Zavadovsky, S. L. Andreev, Yu. B. Lishmanov

Subjects: “…objective. the aim of this study was to determine the informative value of dynamic tomoscintigraphy in detection of multivessel coronary artery disease (cad). material and methods. patients with multivessel cad (n= 16) and healthy volunteers (n= 9) underwent dynamic cardiac single photon emission computed tomography with 99mтс-mibi at rest and during pharmacological stress-test. processing of acquired results involved the formation of regions of interest from the cavity and the myocardium of the left ventricle used to create activity-time curves. coronary flow reserve index was defined as a quotient of two ratios of the mean counts from the myocardial region to the integral activity in the left ventricular cavity for the studies performed during pharmacological stress test and at rest. results. the mean values of coronary flow reserve index were 1.86 (1.59…”
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Clásicos literarios en constelaciones multimodales. Análisis de propuestas de docentes en formación / Literary classics in multimodal constellations. Analysis of proposals for pre-... by José Rovira-Collado

Subjects: “…a través de la representación gráfica de una serie de estrellas o puntos enlazados (Jover…”
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Geology and Landslide Vulnerability Zoning Using Analytical Hierarchy Process in The Kebanaran Area and Surrounding Areas, Mandiraja District, Banjarnegara Regency, Central Java by Indra Permana Jati, Weldina Ayu Tri Novita, Januar Aziz Zaenurrohman

Subjects: “…., & gafoer, s. (1996). peta geologi regional lembar purwokerto dan tegal skala 1:100.000. bandung: pusat penelitian dan pengembangan geologi. [4] sinarta, i. n., rifai, a., & wilopo, w. (2006). indeks ancaman gerakan tanah dengan metode analytical hierarchy process (ahp) untuk penataan infrastruktur kepariwisataan di kawasan geopark gunung batur, kabupaten bangli. [5] kalijati, m., sutriyono, & jati, s. (2019). analisis bahaya longsor dengan menggunakan metode analytical hierarchy process (ahp) di desa lubuk atung, kabupaten lahat. [6] brahmantyo, b., & bandono. (2006). klasifikasi bentuk muka bumi (landform) untuk pemetaan geomorfologi pada skala 1:25.000. jurnal geoaplika volume 1, no. 2, 71-78. [7] darmawan, m, & theml, s. (2008). katalog methodologipenyusunan peta geo hazard dengan gis. banda aceh: badan rehabilitasi dan rekonstruksi (brr) nad-nias.banda aceh. [8] anbalagan, r. landslide hazard evaluation and zonation mapping in mountainous terrain. engineering geology, 32. (1992): 269-277 [9] van zuidam, r. (1985). aerial photointerpretation in terrain analysis and geomorphologic mapping. the hague: smits. [10] dewi, t. s., kusumayudha, s. b., purwanto, h. s. zonasi rawan bencana tanah longsor dengan metode analisis gis: studi kasus daerah semono dan sekitarnya, kecamatan bagelen, kabupaten purworejo, jawa tengah. jurnal mineral, energi dan lingkungan vol. 1, no. 1, (2017), p. 50-59. [11] zaenurrohman, januar aziz dan indra permanajati. 2019. zona kerentanan gerakan tanah (longsor) di daerah kedungbanteng menggunakan analytical hierarchy process (ahp). prosiding seminar nasional dan call for papers “pengembangan sumber daya pedesaan dan kearifan lokal berkelanjutan ix”. purwokerto. [12] karnawati, d. 2005. bencana alam gerak massa tanah di indonesia dan upaya penanggulangannya, jurus…”
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