0000000000135074

AUTHOR

Siamak Haghdoost

showing 2 related works from this author

Radiation-induced changes in levels of selected proteins in peripheral blood serum of breast cancer patients as a potential triage biodosimeter for l…

2014

The threat of a large scale radiological emergency, where thousands of people may require fast biological dosimetry for the purpose of triage, makes it necessary to search for new, high throughput biological dosimeters. The authors tested an assay based on the quantitative analysis of selected proteins in peripheral blood serum. They were particularly interested in testing proteins that are specific to irradiation of skin, as these can be used in cases of partial body exposure. Candidate proteins were identified in an earlier study with mice, where skin of the animals was exposed to different doses of radiation and global expression of serum proteins was analyzed. Eight proteins were found,…

medicine.medical_specialtyradiation responseEpidemiologyHealth Toxicology and Mutagenesis[SDV]Life Sciences [q-bio]Radiation inducedEnzyme-Linked Immunosorbent AssayBreast NeoplasmsradiometryDose-Response RelationshipMiceBreast cancerRadiation MonitoringbloodmedicineDosimetryHumansAnimalsAnimaliaRadiology Nuclear Medicine and imaginganimalhumanproceduresRadiation Injuriesmouseemergency health serviceRadiationbusiness.industryemergencyMusDose-Response Relationship RadiationBlood Proteinsmedicine.diseasebiological markerTriagePeripheral blood3. Good healthenzyme linked immunosorbent assayfemaleplasma proteinRadiological weaponEmergency medicineBiological MarkersMedical emergencyEmergenciesTriagebusinessBiomarkers
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Micronucleus frequencies and clonogenic cell survival in TK6 cells exposed to changing dose rates under controlled temperature conditions.

2014

In most exposure scenarios the dose rate of exposure is not constant. Despite this, very little information exists on the possible biological effects of exposing cells to radiation under the conditions of a changing dose rate. The current study highlights interesting effects following exposure under these conditions.We constructed a new exposure facility that allows exposing cells inside an incubator and used it to irradiate human lymphoblastoid TK6 cells both after a moderate (0.48 Gy) and a high (1.1 Gy) dose, where the change in dose rate was, respectively, ≈ 17-fold (2.2-37 mGy/min) and ≈ 39-fold (2.7-106 mGy/min). Clonogenic survival and micronuclei (MN) induction were the chosen endpo…

Clonogenic survivalDNA RepairCell SurvivalBiologyCell LineAndrologyRadiation IonizingHumansRadiology Nuclear Medicine and imagingLymphocytesPoisson DistributionInterphaseCytokinesisChromosome AberrationsMicronucleus TestsRadiological and Ultrasound TechnologyLymphoblastX-RaysTemperatureDose-Response Relationship RadiationClonogenic cellArea Under CurveImmunologyMicronucleus testDose rateMicronucleusModerate-DoseDNA DamageInternational journal of radiation biology
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