Mississippi Drive (Iowa 92) from Main Street to the Norbert F. Beckey Bridge in Muscatine, Iowa, STP-U-5330(614)—27-70, Muscatine County, 2015

The proposed action consists of upgrading Mississippi Drive (Iowa Highway 92) through downtown Muscatine, Iowa. The Mississippi Drive Corridor Project begins south of the Main Street/Grandview Avenue intersection, continuing to the East 2nd Street/Norbert F. Beckey Bridge intersection, which marks the end of the project. It passes through a mix of commercial, residential, Central Business District and industrial land uses. The total length of the project is approximately 1.6 miles, including 19 intersections (6 with traffic signals). Refer to the vicinity map on Figure 1. The current roadway is a 3- to 4-lane, urban facility with both divided and undivided medians. The roadway, ranging from 40 to 64 feet wide, is considered difficult to cross for pedestrians, especially for small children or elderly. The width of this roadway is being considered to be narrowed to improve the accessibility to the downtown from the Mississippi River riverfront area by pedestrians. This project also includes accommodations for bicycles and pedestrians and measures to reduce flooding on the roadway.

East 1 St Street Interchange and I-35 Widening, From MP 94.3 to Oralabor Road, Polk County, Iowa, Project # IM-035-4(140)92--13-77, Environmental Assessment and Section 4(f) De Minimis Impact Finding, 2015

From Proposed Action: "The proposed action consists of reconstructing the East 1st Street/I-35 interchange with a Diverging Diamond interchange, widening I-35 from four (4) lanes to six (6) lanes, and widening East 1st Street from four (4) lanes to five (5) lanes from Delaware Avenue to Frisk Drive. The project also proposes to reconstruct the intersections of East 1st Street/Creekview Drive and East 1st Street/Frisk Drive."

Analytical Dirac-Hartree-Fock-Slater screening function for atoms (Z=1-92)

An analytical approximation, depending on five parameters, for the atomic screening function is proposed. The corresponding electrostatic potential takes a simple analytical form (superposition of three Yukawa potentials) well suited to most practical applications. Parameters in the screening function, determined by an analytical fitting procedure to Dirac-Hartree-Fock-Slater (DHFS) self-consistent data, are given for Z=1¿92. The reliability of this analytical approach is demonstrated by showing that (a) Born cross sections for elastic scattering of fast charged particles by the present analytical field and by the DHFS field practically coincide and (b) one-electron binding energies computed from the independent-particle model with our analytical field (corrected for exchange and electrostatic self-interaction) agree closely with the DHFS energy eigenvalues.

Producción de imagen en la Barcelona del 92

En primer lugar, se intenta establecer la relación entre revitalización y producción de imagen a través de los cambios recientes en el planteamineto urbano. En segundo lugar, se muestra cómo la reconstrucción (en el sentido físico del término) ha sido usado como símbolo de revitalización (lo que se ha denominado aquí 'la reconstrucción como espectáculo'). A continuación se presentan algunas muestras de lo que podría denominarse 'imágenes de marca' de la ciudad basadas, por un lado, en la variedad y el contraste mediterráneo y, por otro, en la calidad de los nuevos espacios urbanos. Finalmente, se muestra el uso de estas imágenes como de fomentar la cohesión social.

Lentokadettien ammatillisten kunto-ominaisuuksien muutos valintavaiheesta kadettikurssin alkuun 92. kadettikurssilla

Tutkimuksessa selvitettiin kadettikurssi 92. ammatillisten kunto-ominaisuuksien muutosta valintavaiheesta kadettikurssin alkuun. Tähän pyrittiin vastaamaan vertailemalla ensimmäisen ja toisen testin tuloksia keskenään. Testien väli oli yhdeksästä kuukaudesta vuoteen. Testeinä olivat varusmiehen kuntoindeksi (VKI) ja sen osa-alueet, sekä niin sanottu lihaskuntotestistö. Lihaskuntotestistöön kuuluvat seuraavat testit: isometriset voimatestit, anaerobisen tehon testi (hyppytesti), sekä ylä- ja keskivartalon koordinaatio ja voima testi (heittoporttitesti). Yhtenä mittarina käytettiin myös antropometrisistä mitoista painoindeksiä (BMI). Koehenkilöinä toimivat kadettikurssi 92. ohjaajalinjan kadetit. Yhteensä heitä saatiin testistä riippuen testattavaksi 12–14 henkilöä. Tilastollisena menetelmänä on käytetty kahden riippuvan otoksen T-testiä. Myös korrelaatiot on tutkittu kaikkien testien osalta. Lihaskuntotestin osalta ei pystytty tekemään merkittäviä johtopäätöksiä ammatillisten kuntoominaisuuksien muutoksesta, kun taas isometrisistä voimatesteistä saatiin erittäin hyviä tuloksia. Näistä pystyttiin toteamaan, että kadettikurssi 92. ohjaajalinjan kadettien ammatilliset kunto-ominaisuudet ovat pysyneet ainakin samalla tasolla kuin vuotta aikaisemmin ja todennäköisesti kadettien kuntotasot ovat hieman nousseet.

Meditationes sancti evangelii 92

Invokaatio: Deo duce.

The miR-17-92 cluster regulates FOG-2 expression and inhibits proliferation of mouse embryonic cardiomyocytes

MicroRNAs (miRNAs) have gradually been recognized as regulators of embryonic development; however, relatively few miRNAs have been identified that regulate cardiac development. A series of recent papers have established an essential role for the miRNA-17-92 (miR-17-92) cluster of miRNAs in the development of the heart. Previous research has shown that the Friend of Gata-2 (FOG-2) is critical for cardiac development. To investigate the possibility that the miR-17-92 cluster regulates FOG-2 expression and inhibits proliferation in mouse embryonic cardiomyocytes we initially used bioinformatics to analyze 3’ untranslated regions (3’UTR) of FOG-2 to predict the potential of miR-17-92 to target it. We used luciferase assays to demonstrate that miR-17-5p and miR-20a of miR-17-92 interact with the predicted target sites in the 3’UTR of FOG-2. Furthermore, RT-PCR and Western blot were used to demonstrate the post-transcriptional regulation of FOG-2 by miR-17-92 in embryonic cardiomyocytes from E12.5-day pregnant C57BL/6J mice. Finally, EdU cell assays together with the FOG-2 rescue strategy were employed to evaluate the effect of proliferation on embryonic cardiomyocytes. We first found that the miR-17-5p and miR-20a of miR-17-92 directly target the 3’UTR of FOG-2 and post-transcriptionally repress the expression of FOG-2. Moreover, our findings demonstrated that over-expression of miR-17-92 may inhibit cell proliferation via post-transcriptional repression of FOG-2 in embryonic cardiomyocytes. These results indicate that the miR-17-92 cluster regulates the expression of FOG-2 protein and suggest that the miR-17-92 cluster might play an important role in heart development.