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    A Cross-Cultural Analysis of Thanks and Apologies by Native and Non-native Speakers of Japanese
    Takagi, A ; Mackie, V ; Skoutarides, A ; Tokita, A (Monash Asia Institute, 2000-01)
    This study identifies differences and similarities in the communicative acts of thanking and apologising by native and non-native speakers of Japanese; it includes consideration of the speakers' gender and their interpretation of the sociological dynamics of the situations where speech acts were used.
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    Manuscript Use and Typesetting Issues
    Takagi, A ; Cope, B ; Gollings, G (Common Ground Publishing Pty Ltd, 2001)
    The emerging technological tools of digital text creation and manufacture make possible quite the opposite - the revival of small cultures and languages. This book sets out to argue two things.
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    Grammar notes on Siraya, an extinct Formosan language
    Adelaar, KA (University of Hawaii Press, 1997-12-01)
    This is an attempt to unravel the grammar of a gospel text in Siraya, an extinct West Formosan language. It includes a discussion of the historical setting, the spelling, phonological features, function words, relation markers, morphosyntax of the verb, and the use of deictic verbs as prepositions. Regarding verbal morphosyntax, special attention is given to case marking suffixes, verbal classifiers, compound verbs, and anticipating sequences. Verbal classifiers are lexical elements prefixed to a root (a verb, adverb, or noun) with which they constitute the overall meaning of the resulting verb (mattäy- ‘talking, saying’ + vli ‘reciprocating, doing in return’  mattäy-vli ‘to answer’; mattäy- + rĭx ‘mind’  mattäy- rĭx ‘talk to oneself’). Compound verb constructions are constructions in which auxiliaries assume the functions of adverbs in English. These auxiliaries form an open class and are in fact the head of the verb phrase, as they carry most of the marking. An anticipating sequence is an element of a verb that is prefixed to the preceding auxiliary.
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    Siraya reduplication (West Formosa, roots, lexical properties of wordbases, disyllabic reduplication)
    Adelaar, KA (University of Hawaii Press, 2000-06-01)
    The main patterns of reduplication in Siraya (West Formosa) include monosyllabic root reduplication, an inherent lexical property of certain wordbases, and disyllabic reduplication, which adds the notion of diffuseness (including plurality, variety, similarity) to nominal wordbases, and the notion of diffusenes (repetition of action, plurality of actants) or continuity (including state, process) to verbal wordbases. The same meanings are conveyed by rightward reduplication, which applies when the last three or four segments of a root are copied at the end (losing the final consonant if there is one). First-syllable reduplication basically forms cardinal numbers with nonhuman referents. Ca- reduplication is part of verbal morphosyntax indicating progressive aspect, generic aspect, or a state, but it also forms deverbal nouns; it is, moreover, used with ordinal numerals, and with cardinal numerals and other count words having a human referent. Contrary to the general pattern found in other Austronesian languages (Blust 1998), the meaning of Siraya nouns derived through Ca- reduplication is not restricted to that of instrument but also includes that of agent, abstract noun, undergoer, and (in combination with the suffix -an) location. Finally, pa- reduplication is a morphosyntactic device forming causative verbs.
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    ACE1 polymorphism and progression of SARS.
    Itoyama, S ; Keicho, N ; Quy, T ; Phi, NC ; Long, HT ; Ha, LD ; Ban, VV ; Ohashi, J ; Hijikata, M ; Matsushita, I ; Kawana, A ; Yanai, H ; Kirikae, T ; Kuratsuji, T ; Sasazuki, T (Elsevier BV, 2004-10-22)
    We have hypothesized that genetic predisposition influences the progression of SARS. Angiotensin converting enzyme (ACE1) insertion/deletion (I/D) polymorphism was previously reported to show association with the adult respiratory distress syndrome, which is also thought to play a key role in damaging the lung tissues in SARS cases. This time, the polymorphism was genotyped in 44 Vietnamese SARS cases, with 103 healthy controls who had had a contact with the SARS patients and 50 controls without any contact history. SARS cases were divided into either non-hypoxemic or hypoxemic groups. Despite the small sample size, the frequency of the D allele was significantly higher in the hypoxemic group than in the non-hypoxemic group (p=0.013), whereas there was no significant difference between the SARS cases and controls, irrespective of a contact history. ACE1 might be one of the candidate genes that influence the progression of pneumonia in SARS.
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    Polymorphisms of human leucocyte antigen genes in Maonan people in China.
    Ogata, S ; Shi, L ; Matsushita, M ; Yu, L ; Huang, XQ ; Shi, L ; Sun, H ; Ohashi, J ; Muramatsu, M ; Tokunaga, K ; Chu, JY (Wiley, 2007-02)
    We examined human leucocyte antigen (HLA) gene polymorphisms in the Maonan people from southern China. HLA-A, -B and -DRB1 alleles were determined in 108 healthy unrelated Maonan individuals by the polymerase chain reaction-Luminex method, and haplotype frequencies for HLA-A, -B and -DRB1 loci were estimated. The most frequent HLA-A alleles were A*1101 (35.2%), A*0203 (17.6%), A*0207 (13.4%) and A*2402 (13.4%); HLA-B alleles were B*1301(19.9%), B*1502 (14.8%), B*4601 (13.4%) and B*4001 (13.4%); HLA-DRB1 alleles were DRB1*1202 (17.1%), DRB1*1602 (13.0%) and DRB1*1401 (10.7%). The most common haplotypes were A*0207-B*4601 (10.6%), A*1101-B*1301 (10.0%), A*1101-B*4001 (8.4%), B*1502-DRB1*1202 (12.0%), B*4601-DRB1*1401 (5.8%), A*1101-B*1502-DRB1*1202 (7.1%) and A*0207-B*4601-DRB1*1401 (5.3%), profiles that are also found in populations from the southern region of East Asia. Phylogenetic and principal component analyses revealed that the Maonan people belong to the southeastern Asian group and are most closely related to the Buyi people.
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    A practical genome scan for population-specific strong selective sweeps that have reached fixation.
    Kimura, R ; Fujimoto, A ; Tokunaga, K ; Ohashi, J ; Harpending, H (Public Library of Science (PLoS), 2007-03-14)
    Phenotypic divergences between modern human populations have developed as a result of genetic adaptation to local environments over the past 100,000 years. To identify genes involved in population-specific phenotypes, it is necessary to detect signatures of recent positive selection in the human genome. Although detection of elongated linkage disequilibrium (LD) has been a powerful tool in the field of evolutionary genetics, current LD-based approaches are not applicable to already fixed loci. Here, we report a method of scanning for population-specific strong selective sweeps that have reached fixation. In this method, genome-wide SNP data is used to analyze differences in the haplotype frequency, nucleotide diversity, and LD between populations, using the ratio of haplotype homozygosity between populations. To estimate the detection power of the statistics used in this study, we performed computer simulations and found that these tests are relatively robust against the density of typed SNPs and demographic parameters if the advantageous allele has reached fixation. Therefore, we could determine the threshold for maintaining high detection power, regardless of SNP density and demographic history. When this method was applied to the HapMap data, it was able to identify the candidates of population-specific strong selective sweeps more efficiently than the outlier approach that depends on the empirical distribution. This study, confirming strong positive selection on genes previously reported to be associated with specific phenotypes, also identifies other candidates that are likely to contribute to phenotypic differences between human populations.
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    Pacific: Japan, Australia, New Zealand
    Oishi, N ; Waters, MC ; Ueda, R (Harvard University Press, 2007)
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