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Ray Lloyd

This is a preview profile on BiomedExperts - the first literature-based scientific social network. It brings the right researchers together and allows them to collaborate online. Collexis and Dell provide the BiomedExperts network of +1.5 Million pre-calculated profiles free of charge to researchers worldwide.

Research Profile (preview)

Living Beings

Dogs

Disorders

Chemicals & Drugs

Concepts & Ideas

Anatomy

Bone and Bones

Procedures

Intravenous Injections

Geographic Areas

Utah

Devices

Radiometry

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Network (preview)

Co-Publications
Name
58
Taylor, Glenn
50
Miller, Scott
42
Bruenger, Fred
11
Jee, Webster
8
Polig, Erich
6
Simon, Steven
5
Kerber, Richard
2
Liu, Gang
2
Boecker, BB
2
Durbin, Patricia
1
Griffith, WC
1
Hahn, Fletcher
1
Bowman, Beth
1
Krahenbuhl, Melinda
1
Luciani, A

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Publications

TOP 3
Lloyd R D; Taylor G N; Miller S C; Bruenger F W; Jee W S S
Ancestry of beagles in lifespan studies of radionuclide toxicity at the University of Utah.
Luciani A; Polig E; Lloyd R D; Miller S C
Americium in the beagle dog: biokinetic and dosimetric model.
Miller Scott C; Liu Gang; Bruenger Fred W; Lloyd Ray D
Efficacy of orally administered amphipathic polyaminocarboxylic acid chelators for the removal of plutonium and americium: comparison with injected Zn-DTPA in the rat.

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Geonetwork of Ray Lloyd (preview)

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All Publications

2006: Lloyd R D; Taylor G N; Miller S C; Bruenger F W; Jee W S S
Ancestry of beagles in lifespan studies of radionuclide toxicity at the University of Utah.
Health physics 2006;90(6):580-2.
2006: Luciani A; Polig E; Lloyd R D; Miller S C
Americium in the beagle dog: biokinetic and dosimetric model.
Health physics 2006;90(5):459-70.
2006: Miller Scott C; Liu Gang; Bruenger Fred W; Lloyd Ray D
Efficacy of orally administered amphipathic polyaminocarboxylic acid chelators for the removal of plutonium and americium: comparison with injected Zn-DTPA in the rat.
Radiation protection dosimetry 2006;118(4):412-20.
2005: Lloyd Ray D; Miller Scott C; Taylor Glenn N; Bruenger Fred W; Jee Webster S S
Comments on "Two-mutation models for bone cancer due to radium, strontium and plutonium" by Bijwaard et al. (Radiat. Res. 162, 171-184, 2004).
Radiation research 2005;164(6):828; author reply 828-9.
2005: Lloyd R D; Bruenger F W; Taylor G N; Miller S C
Search for a genetic link for mammary cancer in a beagle colony.
In vivo (Athens, Greece) 2005;19(4):723-7.
2005: Lloyd R D; Miller S C; Taylor G N; Bruenger F W; Jee W S S
Comments about Potter's review of internal dosimetry.
Health physics 2005;88(5):497-8; author reply 498.
2005: Lloyd Ray D; Thurman Gary B; Taylor Glenn N; Miller Scott C
Does the severity of radionuclide-induced skeletal malignancy depend upon radiation dose?
Health physics 2005;88(5):491-6.
2004: Lloyd Ray D; Taylor Glenn N; Miller Scott C
Does low dose internal radiation increase lifespan?
Health physics 2004;86(6):629-32.
2004: Lloyd Ray D; Taylor Glenn N; Miller Scott C
Does malignant hematopoietic disease result from internal exposure to 239Pu?
Health physics 2004;86(6):625-8.
2004: Polig E; Bruenger F W; Lloyd R D; Miller S C
Survival and bone tumor hazard from internal deposition of 226Ra in beagles.
Health physics 2004;86(6):590-602.
2004: Polig E; Lloyd R D; Bruenger F W; Miller S C
Biokinetic model of radium in humans and beagles.
Health physics 2004;86(1):42-55.
2003: Miller Scott C; Lloyd Ray D; Bruenger Fred W; Krahenbuhl Melinda P; Polig Erich; Romanov Sergey A
Comparisons of the skeletal locations of putative plutonium-induced osteosarcomas in humans with those in beagle dogs and with naturally occurring tumors in both species.
Radiation research 2003;160(5):517-23.
2003: Lloyd Ray D; Taylor Glenn N; Miller Scott C
Does soft tissue cancer affect the development of radionuclide-induced skeletal malignancy?
Health physics 2003;84(1):111-4.
2001: Lloyd R D; Taylor G N; Miller S C; Bruenger F W; Jee W S
Review of 239Pu and 226Ra effects in beagles.
Health physics 2001;81(6):691-7.
2001: Lloyd R D; Miller S C; Taylor G N
Does longevity in beagles injected with bone-seeking radionuclides depend upon radiation dose in the absence of known radiation effects?
Health physics 2001;81(4):456-9.
2000: Lloyd R D; Taylor G N; Fisher D R; Schlenker R A; Miller S C
Effective thresholds for induction of skeletal malignancies by radionuclides.
Health physics 2000;79(6):722-7.
2000: Lloyd R D; Taylor G N; Miller S C
Does body size contribute to sensitivity of bone tumor induction by radionuclide exposure?
Health physics 2000;79(2):199-202.
2000: Taylor G N; Lloyd R D; Miller S C; Muggenburg B A
Radium-induced eye melanomas in dogs.
Health physics 2000;79(2):196-8.
2000: Lloyd R D; Taylor G N; Miller S C
Fracture occurrence from radionuclides in the skeleton.
Health physics 2000;78(6):687-92.
2000: Polig E; Bruenger F W; Lloyd R D; Miller S C
Biokinetic and dosimetric model of plutonium in the dog.
Health physics 2000;78(2):182-90.
1999: Lloyd R D; Miller S C; Taylor G N; Bowman B M
Is there a difference in radionuclide-induced bone tumor sensitivity between male and female beagles?
Health physics 1999;77(2):178-82.
1999: Lloyd R D; Fisher D R; Schlenker R A; Miller S C
Some problems in the skeletal dosimetry of bone-seeking radionuclides.
Health physics 1999;76(4):402-12.
1999: Lloyd R D; Taylor G N; Jee W S; Miller S C
Relative radiosensitivity of bone tumor induction among beagles as a function of age at injection of 239Pu or 226Ra.
Health physics 1999;76(1):50-6.
1998: Lloyd R D; Taylor G N; Mays C W
241Am removal by DTPA vs. occurrence of skeletal malignancy.
Health physics 1998;75(6):640-5.
1998: Lloyd R D; Thurman G B; Taylor G N; Miller S C
Does age of the host affect growth rates of skeletal malignancies?
Health physics 1998;75(4):422-3.
1998: Polig E; Bruenger F W; Lloyd R D; Miller S C
Microdistribution of 239Pu in the beagle skeleton.
Health physics 1998;75(3):251-8.
1997: Lloyd R D; Taylor G N; Miller S C; Bruenger F W; Jee W S
Bone tumor location in dogs given skeletal irradiation by 239Pu or 226Ra.
Health physics 1997;73(4):684-9.
1997: Taylor G N; Lloyd R D; Mays C W; Miller S C; Jee W S; Mori S; Shabestari L; Li X J
Relationship of natural incidence and radiosensitivity for bone cancer in dogs.
Health physics 1997;73(4):679-83.
1997: Lloyd R D; Miller S C; Taylor G N; Bruenger F W; Angus W; Jee W S
Comparison of internal emitter radiobiology in animals and humans.
Health physics 1997;72(1):100-10.
1996: Muggenburg B A; Hahn F F; Griffith W C; Lloyd R D; Boecker B B
The biological effects of radium-224 injected into dogs.
Radiation research 1996;146(2):171-86.
1996: Lloyd R D; Tripp D A; Kerber R A
Limits of fetal thyroid risk from radioiodine exposure.
Health physics 1996;70(4):559-62.
1996: LLoyd R D; Polig E; Taylor G N; Bruenger F W; Miller S C
Uranium skeletal dosimetry and distribution in young adult beagles: a guide for calculating uranium skeletal doses in humans.
Health physics 1996;70(3):396-401.
1996: Lloyd R D
What is a "radiation experiment"?
Health physics 1996;70(2):147-50.
1995: Lloyd R D; Angus W; Taylor G N; Bruenger F W; Miller S C
Soft tissue tumors induced by monomeric 239Pu.
Health physics 1995;69(4):530-7.
1995: Lloyd R D; Bruenger F W; Angus W; Taylor G N; Miller S C
Mammary tumor occurrence in beagles given 239Pu.
Health physics 1995;69(3):385-90.
1995: Lloyd R D; Angus W; Taylor G N; Miller S C
Soft tissue tumors among beagles injected with 90Sr, 228Ra, OR 228Th.
Health physics 1995;69(2):272-7.
1995: Taylor G N; Lloyd R D; Mays C W; Angus W; Miller S; Hubbs A
Fission fragment relative biological effectiveness for liver tumor induction.
Health physics 1995;69(2):269-71.
1995: Till J E; Simon S L; Kerber R; Lloyd R D; Stevens W; Thomas D C; Lyon J L; Preston-Martin S
The Utah Thyroid Cohort Study: analysis of the dosimetry results.
Health physics 1995;68(4):472-83.
1995: Simon S L; Till J E; Lloyd R D; Kerber R L; Thomas D C; Preston-Martin S; Lyon J L; Stevens W
The Utah Leukemia Case-Control Study: dosimetry methodology and results.
Health physics 1995;68(4):460-71.
1995: Lloyd R D; Taylor G N; Angus W; Miller S C
Soft tissue tumors in beagles injected with 241Am citrate.
Health physics 1995;68(2):225-33.
1994: Lloyd R D; Miller S C; Taylor G N; Bruenger F W; Jee W S; Angus W
Relative effectiveness of 239Pu and some other internal emitters for bone cancer induction in beagles.
Health physics 1994;67(4):346-53.
1994: Bruenger F W; Lloyd R D; Miller S C; Taylor G N; Angus W; Huth D A
Occurrence of mammary tumors in beagles given radium-226.
Radiation research 1994;138(3):423-34.
1994: Lloyd R D; Taylor G N; Angus W; Miller S C; Bruenger F W; Jee W S
Distribution of skeletal malignancies in beagles injected with 239Pu citrate.
Health physics 1994;66(4):407-13.
1994: Lloyd R D; Taylor G N; Angus W; Bruenger F W; Miller S C
Eye tumors and other lesions among beagles given 90Sr or 226Ra.
Health physics 1994;66(3):346-9.
1994: Lloyd R D; Angus W; Taylor G N; Thurman G B; Miller S C
Occurrence of metastases in beagles with skeletal malignancies induced by internal irradiation.
Health physics 1994;66(3):293-9.
1994: Lloyd R D; Taylor G N; Angus W; Bruenger F W; Miller S C
Soft-tissue tumors among beagles injected with 226Ra.
Health physics 1994;66(3):283-92.
1994: Lloyd R D; Taylor G N; Angus W; Miller S C; Boecker B B
Skeletal malignancies among beagles injected with 241Am.
Health physics 1994;66(2):172-7.
1993: Kerber R A; Till J E; Simon S L; Lyon J L; Thomas D C; Preston-Martin S; Rallison M L; Lloyd R D; Stevens W
A cohort study of thyroid disease in relation to fallout from nuclear weapons testing.
JAMA : the journal of the American Medical Association 1993;270(17):2076-82.
1993: Miller S C; Bruenger F W; Kuswik-Rabiega G; Liu G; Lloyd R D
Duration and dose-related effects of an orally administered, partially lipophilic polyaminocarboxylic acid on the decorporation of plutonium and americium.
The Journal of pharmacology and experimental therapeutics 1993;267(1):548-54.
1993: Taylor G N; Lloyd R D; Bruenger F W; Miller S C
241Am-induced thyroid lesions in the beagle.
Health physics 1993;64(6):653-60.
1993: Taylor G N; Lloyd R D; Mays C W
Liver cancer induction by 239Pu, 241Am, and thorotrast in the grasshopper mouse, Onychomys leukogaster.
Health physics 1993;64(2):141-6.
1993: Lloyd R D; Taylor G N; Angus W; Bruenger F W; Miller S C
Bone cancer occurrence among beagles given 239Pu as young adults.
Health physics 1993;64(1):45-51.
1992: Miller S C; Bruenger F W; Kuswik-Rabiega G; Lloyd R D
Decorporation of plutonium by oral administration of a partially lipophilic polyaminocarboxylic acid.
Health physics 1992;63(2):195-7.
1992: Lloyd R D
A brief glance at the scientific legacy of Charles W. Mays, Jr.
Health physics 1992;63(1):3-9.
1992: Taylor G N; Lloyd R D; Mays C W; Shabestari L; Miller S C
Promotion of radiation-induced liver neoplasia by ethanol.
Health physics 1992;62(2):178-82.
1991: Bruenger F W; Taylor D M; Taylor G N; Lloyd R D
Effectiveness of DTPA treatments following the injection of particulate plutonium.
International journal of radiation biology 1991;60(5):803-18.
1991: Taylor G N; Lloyd R D; Mays C W; Angus W; Miller S C; Shabestari L; Hahn F F
Plutonium- or americium-induced liver tumors and lesions in beagles.
Health physics 1991;61(3):337-47.
1991: Mays C W; Lucas H F; Lloyd R D
Radium-226 dose to a boy from playing on mill tailings.
Health physics 1991;61(2):203-7.
1991: Bruenger F W; Miller S C; Lloyd R D
A comparison of the natural survival of beagle dogs injected intravenously with low levels of 239Pu, 226Ra, 228Ra, 228Th, or 90Sr.
Radiation research 1991;126(3):328-37.
1991: Lloyd R D; Bruenger F W
Rn:Ra ratios in bone of beagles injected with 226Ra.
Health physics 1991;60(4):567-8.
1991: Bruenger F W; Lloyd R D; Miller S C
The influence of age at time of exposure to 226Ra or 239Pu on distribution, retention, postinjection survival, and tumor induction in beagle dogs.
Radiation research 1991;125(3):248-56.
1991: Lloyd R D; Bruenger F W; Miller S C; Angus W; Taylor G N; Jee W S; Polig E
Distribution of radium-induced bone cancers in beagles and comparison with humans.
Health physics 1991;60(3):435-8.
1990: Lloyd R D; Gren D C; Simon S L; Wrenn M E; Hawthorne H A; Lotz T M; Stevens W; Till J E
Individual external exposures from Nevada Test Site fallout for Utah leukemia cases and controls.
Health physics 1990;59(5):723-37.
1990: Simon S L; Lloyd R D; Till J E; Hawthorne H A; Gren D C; Rallison M L; Stevens W
Development of a method to estimate thyroid dose from fallout radioiodine in a cohort study.
Health physics 1990;59(5):669-91.
1990: Stevens W; Thomas D C; Lyon J L; Till J E; Kerber R A; Simon S L; Lloyd R D; Elghany N A; Preston-Martin S
Leukemia in Utah and radioactive fallout from the Nevada test site. A case-control study.
JAMA : the journal of the American Medical Association 1990;264(5):585-91.
1990: Bruenger F W; Lloyd R D; Taylor G N; Miller S C; Mays C W
Kidney disease in beagles injected with polonium-210.
Radiation research 1990;122(3):241-51.
1990: Lloyd R D
Does the growth rate of a radionuclide-induced osteosarcoma depend on the skeletal dose rate during the growth period?
Health physics 1990;58(1):73-6.
1989: Mays C W; Lloyd R D; Taylor G N; Shabestari L R; Angus W; Atherton D R; Gillett N A
Fission fragment RBE for bone sarcoma induction.
Radiation research 1989;119(3):432-42.
1989: Lloyd R D; Auxier J A
How science can contribute to the legal process.
Health physics 1989;56(6):929-32.
1987: Mays C W; Lloyd R D; Taylor G N; Wrenn M E
Cancer incidence and lifespan vs. alpha-particle dose in beagles.
Health physics 1987;52(5):617-24.
1986: Wrenn M E; Lloyd R D; Mays C W; Taylor G N
Relative effectiveness of alpha emitters for bone sarcoma induction.
Health physics 1986;51(5):677-82.
1986: Jones C W; Mays C W; Taylor G N; Lloyd R D; Packer S M
Reducing the cancer risk of 239Pu by chelation therapy.
Radiation research 1986;107(3):296-306.
1986: Mays C W; Lloyd R D; Jones C W; Bruenger F W; Taylor G N; Durbin P W; White D; Raymond K N
Decorporation of Pu and Am from beagles with delayed daily injections of 3,4,3-LICAM(C) or Zn-DTPA.
Health physics 1986;50(4):530-4.
1985: Lloyd R D; Jones C W; Mays C W; Brammer T W; Burnham J W
Effect of Zn-DTPA therapy on the maternal transfer of 241Am or 237Pu to young mice.
Health physics 1985;49(3):405-10.
1985: Jones C W; Mays C W; Lloyd R D; Packer S M; Taylor G N; Smith J M; McFarland S S
243,244Cm studies in C57BL/Do mice.
Radiation research 1985;102(3):307-13.
1985: Lloyd R D; Mays C W; Jones C W; Lloyd C R; Taylor G N; Wrenn M E
Effect of age on the efficacy of Zn-diethylenetriaminepentaacetic acid therapy for removal of Am and Pu from beagles.
Radiation research 1985;101(3):451-9.
1985: Lloyd R D; Wrenn M E; Taylor G N; Mays C W; Jee W S; Bruenger F W; Miller S C; Paschoa A S
Toxicity of 228Ra and 228Th relative to 226Ra for bone sarcoma induction in beagles.
Strahlentherapie. Sonderbände 1985;80():65-9.
1985: Taylor G N; Mays C W; Lloyd R D; Jones C W; Rojas J; Wrenn M E; Ayoroa G; Kaul A; Riedel W
Liver cancer induction by 241Am and thorotrast in deer mice and grasshopper mice.
Strahlentherapie. Sonderbände 1985;80():172-7.
1985: Lloyd R D; Mays C W; Atherton D R
Skeletal dosimetry of injected 226Ra in young adult beagles.
Strahlentherapie. Sonderbände 1985;80():70-4.
1984: Lloyd R D; Mays C W; Jones C W; Atherton D R; Bruenger F W; Shabestari L R; Wrenn M E
Retention and dosimetry of injected 241Am in beagles.
Radiation research 1984;100(3):564-75.
1984: Lloyd R D; Jones C W; Taylor G N; Bruenger F W; Mays C W; Wrenn M E
Plutonium-237 and 239Pu retention in a St. Bernard.
Health physics 1984;47(4):629-31.
1984: Lloyd R D; Bruenger F W; Mays C W; Atherton D R; Jones C W; Taylor G N; Stevens W; Durbin P W; Jeung N; Jones E S
Removal of Pu and am from beagles and mice by 3,4,3-LICAM(C) or 3,4,3-LICAM(S).
Radiation research 1984;99(1):106-28.
1984: Lloyd R D; Jones C W; Mays C W; Atherton D R; Bruenger F W; Taylor G N
228Th retention and dosimetry in beagles.
Radiation research 1984;98(3):614-28.
1983: Taylor G N; Mays C W; Lloyd R D; Gardner P A; Talbot L R; McFarland S S; Pollard T A; Atherton D R; VanMoorhem D; Brammer D; Brammer T W; Ayoroa G; Taysum D H
Comparative toxicity of 226Ra, 239Pu, 241Am, 249Cf, and 252Cf in C57BL/Do black and albino mice.
Radiation research 1983;95(3):584-601.
1983: Lloyd R D; Jones C W; Bruenger F W; Atherton D R; Mays C W
Radium retention and dosimetry in juvenile beagles.
Radiation research 1983;94(2):295-304.
1983: Lloyd R D; Bruenger F W; Jones C W; Taylor G N; Mays C W
Radium retention in mature beagles injected at 5 years of age.
Radiation research 1983;94(1):210-6.
1983: Lloyd R D; Bruenger F W; Mays C W; Jones C W
Skeletal radon-to-radium ratios in neonatal, juvenile and mature beagles and in adult St. Bernards.
Health physics 1983;44(1):61-3.
1983: Bruenger F W; Smith J M; Atherton D R; Jee W S; Lloyd R D; Stevens W
Skeletal retention and distribution of 226Ra and 239Pu in beagles injected at ages ranging from 2 days to 5 years.
Health physics 1983;44 Suppl 1():513-27.
1982: Lloyd R D; Mays C W; Taylor G N; Atherton D R; Bruenger F W; Jones C W
Radium-224 retention, distribution, and dosimetry in beagles.
Radiation research 1982;92(2):280-95.
1981: Taylor G N; Jones C W; Gardner P A; Lloyd R D; Mays C W; Charrier K E
Two new rodent models for actinide toxicity studies.
Radiation research 1981;86(1):115-22.

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