220 research outputs found
‘…a tiny part of that greater circum-terrestrial grid’: A Conversation with Mike McCormack
No full textThis is the author accepted manuscript. The final version is available from Edinburgh University Press via the DOI in this recor
Platinum carboxylato-pendant-arm macrocycles: structure, redox properties and anti-cancer potential
No full textIn an attempt to generate new platinum compounds that may be effective in the treatment of cancer, as well as having a lower toxicity than traditional platins and being orally viable, we are studing the synthesis and reactivity of platinum complexes of tetraazamacrocycles bearing carboxylato pendant arms. We have synthesized adducts of meso- and rac-5,5,7,12,12, 14-hexamethyl-1,4,8,11-tetraazacyclotetradecane-1,7-diacetic acid ((LH2)-H-1). The meso-(PtL1)-L-II complex is unstable with respect to disproportionation, forming platinum metal and [meso-(PtL1)-L-IV](2+). The rac-isomer shows less tendency to disproportionate. Cyclic voltammetry suggests that the rac-(PtL1)-L-II complex undergoes two one-electron oxidations. Using bis-triazacyclononanenickel(III), [Ni-III(tacn)(2)](3+) as an outer-sphere oxidant, the self-exchange rate for the [Pt-II/L-III](0/+) couple has been estimated at 0.034 M-1 s(-1). (C) 2001 Elsevier Science B.V. All rights reserved.PT: J; CR: ALBERTS DS, 1992, J CLIN ONCOL, V10, P706 BURGESS J, 1999, TRANSIT METAL CHEM, V24, P355 CHEN LQ, 1993, CAN J CHEM, V71, P1805 CHRISTIAN MC, 1992, SEMIN ONCOL, V19, P720 CLEARE MJ, 1974, COORDIN CHEM REV, V12, P349 CONNORS TA, 1972, CHEM-BIOL INTERACT, V5, P415 DODSON RW, 1953, J AM CHEM SOC, V75, P1795 HAINES RI, 1981, COORDIN CHEM REV, V39, P77 HAINES RI, 1992, CAN J CHEM, V70, P2785 HAINES RI, 1993, CAN J CHEM, V71, P976 HAINES RI, 1993, J COORD CHEM, V29, P307 HAMBLEY TW, 1997, COORDIN CHEM REV, V166, P181 HARRAP KR, 1985, CANCER TREAT REV, V12, P21 LAPPIN G, 1994, REDOX MECH INORGANIC, CH2 LOEHRER PJ, 1984, ANN INTERN MED, V100, P704 MACARTNEY DH, 1983, INORG CHEM, V22, P3530 MARCUS RA, 1985, BIOCHIM BIOPHYS ACTA, V811, P265 MCAULEY A, 1984, INORG CHEM, V23, P1938 MCAULEY A, 1984, J CHEM SOC DA, P1501 MOSMANN T, 1983, J IMMUNOL METHODS, V65, P55 ROSENBERG B, 1965, NATURE, V205, P698 ROSENBERG B, 1969, NATURE, V222, P385 ROSENBERG B, 1970, CANCER RES, V30, P1799 SHERMAN SE, 1987, CHEM REV, V87, P1153 TAIT M, 1978, INORG SYNTH, V18, P4 WONG E, 1999, CHEM REV, V99, P2451 XU JD, 1986, INORG CHIM ACTA, V111, P61; NR: 27; TC: 8; J9: J INORG BIOCHEM; PG: 7; GA: 440YYSource type: Electronic(1
Antecedents of verbal rumination in organizations
No full textOrganizations are riddled with complex interpersonal relationships in which many types of communication strategies are employed. Verbal rumination is one such communicative pattern, often used by organizational members as an attempt to talk through an ongoing problem or issue. Though verbal rumination has been a popular topic among interpersonal communication scholars, most organizational communication research has focused on the prevalence and ensuing harms of co-rumination in organizations, a distinctively different form of dyadic communication. The present study sought to examine what, if any, organizational, relational, and individual factors might encourage or inhibit verbal rumination in workplace settings. Results indicated that the prevalence of verbal rumination among coworkers is strongly influenced by relational factors such as perceived level of social support from coworkers and quality of exchanges in the workplace. Analysis of individual factors revealed that stress level and demographic differences proved influential on these behaviors as well
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No full textDemocrats Republicans
MAINE
1 Garland N
3 McIntire N
2 Tupper N
MARYLAND
2 Brewster Y 6 Mathias N
4 Fallon Y
7 Friedel T
3 Garmatz T
1 Johnson Y
5 Lankford T
SLU
MASSACHUSETTS
2 Boland Y 6 Bates N
13 Burke T 1 Conte N
4 Donohue T 10 Curtis N
7 Lane T 9 Keith N
8 Macdonald T 14 Martin N
12 McCormack Y 5 Morse N
11 O'Neill T
3 Philbin T
MICHIGAN
7 O'Hara Y 12 Bennett
18 Broomfield N
Wayne County 10 Cederberg N
6 Chamberlain N
13 Diggs T 5 Ford N
15 Dingell T 9 Griffin N
17 Griffiths T 8 Harvey N
16 Lesinski 4 Hoffman N
1 Machrowicz T 3 Johansen N
14 Rabaut Y 11 Knox N
2 Meader N
(Leiloni Bill?? , Joe Herman)Epson Perfection 4870 Photo, 400 dpi, 8 bit, 5,713,920 byte
Team science in CSD (Wood et al., 2021)
No full textPurpose: The purpose of this study was to investigate engagement in collaborative research (team science) and perceptions of related knowledge and skills to inform personnel preparation and workforce development efforts.Method: A questionnaire was used to solicit information about the team science–related experiences of 220 doctoral students, faculty, and research scientists in speech-pathology and audiology. Additionally, the questionnaire surveyed participants’ perceptions of readiness, benefits, and challenges to team science.Results: Results demonstrated low percentages of respondents had received training in collaborative research (17%), and those with training were more likely to engage in cross-disciplinary collaborative research. Group differences were found with female researchers reporting lower psychological safety than male researchers. The most frequently cited advantages of team science included diverse perspectives, collective expertise, innovative ideas, and productivity. Conversely, common challenges included time constraints, finding collaborators, and differing expectations.Implications: Because this study yielded group difference in psychological safety between groups that differed in gender and position, results suggest additional efforts may be necessary to ensure that imbalances in the power structure of members are not allowed to dissuade members from actively contributing to team activities. Additional training opportunities in team science could support the degree to which professionals in communication science and disorders engage in collaborative research.Supplemental Material S1. Survey items on team science practices in speech-language pathology and audiology.Wood, C., Romano, M., Strekalova, T. A. L., Lugo, V. A., & McCormack, W. T. (2021). State of the practice of team science in speech-language pathology and audiology. Journal of Speech, Language, and Hearing Research. Advance online publication. https://doi.org/10.1044/2021_JSLHR-21-00072</div
Utah Law Review 1980 Number 3
No full textTABLE OF CONTENTS; Regulatory Problems in the Modern University Setting; Ignorance or Mistake of law Revisited; Wildcat Strikes - The Need for an Enforceable Damages Remedy; The Sagebrush Rebellion: Who Should Control the Public Lands?; Modernizing Defamation Law in Utah; The Retention of the Power to Remove a Trustee at Will and Appoint a Substitute Corporate Trustee: Do Sections 2036 and 2038 of the I.R.C. Apply?; Strict Products Liability in Utah Following Ernest W. Hahn, Inc. v. Armco Steel Co.; Director, Judge Thyself - The "Independent" Director and Dismissal of a Shareholder Suit in Lewis v. Anderson; Harley v. Schuylkill County - Section 1983 Protects a "New" Constitutional Right arising from an "Old" Duty; How to Cure Your Sex Discrimination Ills: Take One Title IX Private action and Cannon v. University of Chicago, Then Sue Them in the Morning; Recent Developments in Utah La
Identification and bisection of temporal durations and tone frequencies: common models for temporal and nontemporal stimuli
No full textTwo experiments examined identification and bisection of tones varying in temporal duration (Experiment 1) or frequency (Experiment 2). Absolute identification of both durations and frequencies was influenced by prior stimuli and by stimulus distribution. Stimulus distribution influenced bisection for both stimulus types consistently, with more positively skewed distributions producing lower bisection points. The effect of distribution was greater when the ratio of the largest to smallest stimulus magnitude was greater. A simple mathematical model, temporal range frequency theory, was applied. It is concluded that (a) similar principles describe identification of temporal durations and other stimulus dimensions and (b) temporal bisection point shifts can be understood in terms of psychophysical principles independently developed in nontemporal domains, such as A. Parducci's (1965) range frequency theory
Automobile accounting
No full textYears of experience in the office and schoolroom have convinced the author that the best method of teaching the principles of bookkeeping and accounting, that they may be permanently fixed in the mind of the student so that he may be able to put them into practice, is by having him record business transactions. This set is intended to teach the principles of automobile bookkeeping, the advantages of a special ruled Cash Book, the carbon copy Sales Book, the special ruling of the Purchase Book, the carbon copy Customer\u27s Ledger, and other short cut methods helpful to the bookkeeper. The student or bookkeeper who has worked out this set, and understands it thoroughly, need not hesitate to accept a position in automobile offices. He can feel sure that his work will meet with the approval of practical bookkeepers and accountants. Original item in Boxno. 040
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