Annotated record of the detailed examination of Mn deposits from R/V Ryofu Maru Cruise JEDS-4 stations

Manganese nodules and manganese-coated pumice fragments were recovered at Station E6 at the middle of the flat Northwest Pacific Basin, during the Japanese Deep Sea Expedition of 1961 undertaken aboard R/V Ryofu Maru.

Hematological investigation of the atomic bomb sufferers in Hiroshima and Nagasaki City /

"Kyoto University."

Nippon kokin yakusha shiteikei /

On double leaves, traditional East Asian binding style.

Dai Nihon zoku Zōkyō.

On double leaves, oriental style, in 150 cases.

Acta Scholae Medicinalis Universitatis in Kioto.

Mode of access: Internet.

Kitano shi /

[1]. Ten. Shukan -- [2]. Chi. Kitano bunsō (jō) -- [3]. Jin. Kitano bunsō (ge).

Report.

"Sponsor: U. S. Department of Transportation; Host: Japan Ministry of Transport [and others]"

Memoirs.

Mode of access: Internet.

Kyōto fushi.

Kyōto-fu zenzu fold. col. map (scale: 1:180,000) inserted at end of v. 2.

Hōgaku ronsō.

Separately published index for vols. 1 (1919)-146, no. 2 (1999) in: Hōgakubu sōritsu hyakushūnen kinen sōsakuin : Naigai ronsō, Kyōto Hōgakkai zasshi, Hōgaku ronsō.

Kyōto Hōgakkai zasshi.

Separately published index for vols. 1 (1906)-13 (1918) in: Hōgakubu sōritsu hyakushūnen kinen sōsakuin: Naigai ronsō, Kyōto Hōgakkai zasshi, Hōgaku ronsō.

Warera

Reprint

Zanboa

Reprint

Cosegregation analysis of natriuretic peptide genes and blood pressure in the spontaneously hypertensive rat

1. The natriuretic peptide precursor A (Nppa) and B (Nppb) genes are candidate genes for hypertension and cardiac hypertrophy in the spontaneously hypertensive rat (SHR). The purpose of the present study was to determine the role of the Nppa and Nppb genes in the development of hypertension in the SHR. 2. A cohort (n = 162) of F2 segregating intercross animals was established between strains of hypertensive SHR and normotensive Wistar-Kyoto rats. Blood pressure and heart weight were measured in each rat at 12-16 weeks of age. Rats were genotyped using 11 informative microsatellite markers, distributed in the vicinity of the Nppa marker on rat chromosome 5 including an Nppb marker. The phenotype values were compared with genotype using the computer package MAP-MAKER 3.0 (Whitehead Institute, Boston, MA, USA) to determine whether there was a link between the genetic variants of the natriuretic peptide family and blood pressure or cardiac hypertrophy. 3. A strong correlation was observed between the Nppa marker and blood pressure. A quantitative trait locus (QTL) for blood pressure on chromosome 5 was identified between the Nppa locus and the D5Mgh15 marker, less than 2 cM from the Nppa locus. The linkage score for the blood pressure QTL on chromosome 5 was 3.8 and the QTL accounted for 43% of the total variance of systolic blood pressure, 54% of diastolic blood pressure and 59% of mean blood pressure. No association was found between the Nppb gene and blood pressure. This is the first report of linkage between the Nppa marker and blood pressure in the rat. There was no correlation between the Nppa or Nppb genes or other markers in this region and either heart weight or left ventricular weight in F2 rats. 4. These findings suggest the existence of a blood pressure-dependent Nppa marker variant or a gene close to Nppa predisposing to spontaneous hypertension in the rat. It provides a strong foundation for further detailed genetic studies in congenic strains, which may help to narrow down the location of this gene and lead to positional cloning.

Modern environmental improvement pathways for the coal power generation industry in Australia

In this work we assess the pathways for environmental improvement by the coal utilization industry for power generation in Australia. In terms of resources, our findings show that coal is a long term resource of concern as coal reserves are likely to last for the next 500 years or more. However, our analysis indicates that evaporation losses of water in power generation will approach 1000 Gl (gigalitres) per year, equivalent to a consumption of half of the Australian residential population. As Australia is the second driest continent on earth, water consumption by power generators is a resource of immediate concern with regards to sustainability. We also show that coal will continue to play a major role in energy generation in Australia and, hence, there is a need to employ new technologies that can minimize environmental impacts. The major technologies to reduce impacts to air, water and soils are addressed. Of major interest, there is a major potential for developing sequestration processes in Australia, in particular by enhanced coal bed methane (ECBM) recovery at the Bowen Basin, South Sydney Basin and Gunnedah Basin. Having said that, CO2 capture technologies require further development to support any sequestration processes in order to comply with the Kyoto Protocol. Current power generation cycles are thermodynamic limited, with 35-40% efficiencies. To move to a high efficiency cycle, it is required to change technologies of which integrated gasification combined cycle plus fuel cell is the most promising, with efficiencies expected to reach 60-65%. However, risks of moving towards an unproven technology means that power generators are likely to continue to use pulverized fuel technologies, aiming at incremental efficiency improvements (business as usual). As a big picture pathway, power generators are likely to play an increasing role in regional development; in particular EcoParks and reclaiming saline water for treatment as pressures to access fresh water supplies will significantly increase.