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nuclide safety data sheet i iodine

125I Nuclide Safety Data Sheet Iodine-125 125I I. PHYSICAL DATA Radiation: Gamma - 35.5 keV (7% abundance) X-ray - 27 keV (113% abundance) Gamma Constant: 0.27 mR/hr per mCi @ 1.0 meter [7.432E-5 mSv/hr per MBq @ 1.0 meter]1 Half-Life [T

57Co Nuclide Safety Data Sheet Cobalt - 57 57Co ... Review the nuclide characteristics on (reverse side) prior to working with that nuclide. Review the ... [e.g. 35S labeled amino acids, 125I - iodine tends to volatilize in acidic solutions]. These precautions may include: using the materials only within an approved fume hood ...

Apr 01, 2011· Nuclide Safety Data Sheet Iodine-123 Quoted notes from the safety data sheet Critical Organ: Thyroid Gland Intake Routes: Ingestion, inhalation, puncture, wound, skin contamination (absorption); Radiological Hazard: External & Internal Exposure; …

14C Nuclide Safety Data Sheet Carbon-14 14C I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Max.: 156 keV; Average: 49 keV Half-Life [T½] : Physical T½: 5730 years Biological T½: 12 days Effective T½: Bound - 12 days; unbound - 40 days Specific Activity: 4.46 Ci/g [0.165 TBq/g] max.

99mTc Nuclide Safety Data Sheet Technetium - 99m 99mTc I. PHYSICAL DATA Radiation: Gamma: 141 keV (89% abundance) X-rays: 18 keV (6% abundance), 21 keV (1.2% abundance) Gamma Constant: 1 0.77 R/hr at 1 cm from an unshielded 1 mCi point source

131I Nuclide Safety Data Sheet Iodine-131 131I I. PHYSICAL DATA Radiation: Gammas & X-rays: primary 364 keV (81% abundance); others – 723 keV Betas: primary 606 keV (89% abundance); others 248 – 807 keV

Jul 29, 2014· Pengertian Radioimmunoassay Radioimmunoassay merupakan metode laboratorium (in vitro method) untuk mengukur dengan relative tepat jumlah zat yang ada pada tubuh pasien[1] dengan isotop radioaktif yang bercampur dengan antibody yang disisipkan ke dalam sampel. Radioimmunoassay merupakan revolusi dalam pemeriksaan medis. Pada tahun 2009, teknik ini masih revolusioner …

32 Nuclide Safety Data Sheet Phosphorous-32 32 I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Maximum: 1,710 keV; Average: 695 keV Half-Life [T½]: Physical T½: 14.29 days [link to web decay calculator] 1 Biological T½: Bone ~ 1155 days; Whole Body ~ 257 days 2 …

Oct 20, 2009· SAFETY DATA SHEET Creation Date 20-Oct-2009 Revision Date 23-Jul-2019 Revision Number 6 1. Identification Product Name Iodine No. : AC196560000; AC196560025; AC196560050; AC196561000; AC196565000 CAS-No Synonyms No information available Recommended Use Laboratory chemicals. Uses advised against Food, drug, pesticide or biocidal product use. ...

radionuclide safety data sheet nuclide: i-125 forms: organic: stable, non-cleaving iodine _____ physical characteristics: half-life: 60 days type decay: e- capture gamma rays 0.035 mev (7 % ) …

RADIONUCLIDE DATA SHEET Iodine – 131 I – 131 53 protons 78 neutrons. Title: Microsoft Word - Iodine 131.doc Author: LewisGL Created Date: 8/16/2005 10:47:19 AM ...

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32P Nuclide Safety Data Sheet Phosphorous-32 32P I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Maximum: 1,710 keV; Average: 695 keV Half-Life [T½] : Physical T½: 14.29 days 1Biological T½: Bone ~ 1155 days; Whole Body ~ 257 days Effective T½: 14.29 days Specific Activity: 286,500 Ci/g [10,600 TBq/g] max.

Radioisotope Safety Data Sheets. A radionuclide safety data sheet (RSDS) has been developed by Radiation Safety Services (RSS) to provide radiological safety information similar to the chemical hazard information found on a safety data sheet (SDS). An RSDS contains radionuclide-specific information that includes: physical data, radiological ...

35S Nuclide Safety Data Sheet Sulfur-35 35S ... Review the nuclide characteristics on (reverse side) prior to working with that nuclide. Review the ... [e.g. 35S labeled amino acids, 125I - iodine tends to volatilize in acidic solutions]. These precautions may include: using the materials only within an approved fume hood ...

33P Nuclide Safety Data Sheet Phosphorous-33 33P I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Maximum: 248.5 keV; Average: 76.4 keV Half-Life [T ½]: 25.3 days [Physical T ½: link to web decay calculator] 1 Biological T ½: Bone ~ 1155 days; Whole Body ~ 257 days 2 …

type of device, it is included on this nuclide's information sheet. Similarly, an energy compensated GM dose rate meter may only yield a dose response of 5% to 10% (i.e., 90% to 95% below the true dose) when exposed to Cd-109, but again, because Cd-109 is detectable using this type of device, it is included on this nuclide's information sheet.

RADIONUCLIDE SAFETY DATA SHEET NUCLIDE: I-131 FORMS: INORGANIC OR FREE IODINE _____ PHYSICAL CHARACTERISTICS: HALF-LIFE: 8.04 days TYPE DECAY: beta - Beta maximum energy 0.806 MeV (0.6 % ) Gamma rays 0.248 MeV (6.10 % )

55Fe Nuclide Safety Data Sheet Iron-55 55Fe I. PHYSICAL DATA ... The Radiation Safety Officer (through a protocol) must approve all such use. ... 125I - iodine tends to volatilize in acidic solutions]. These precautions may include: using the materials only within an approved fume hood, protecting the

Radiological data: Min. Ingestion ALI: 3000μCi equals rem TEDE (Whole Body) ... RADIONUCLIDE DATA SHEET Iodine – 131 Lu-177 71 protons 106 neutrons RADIONUCLIDE DATA SHEET Lutetium. Title: Microsoft Word - Lu-177.doc Author: LewisGL Created Date: 11/13/2007 2:39:21 PM ...

57Co Nuclide Safety Data Sheet Cobalt - 57 57Co I. PHYSICAL DATA ... 125I - iodine tends to volatilize in acidic solutions]. These precautions may include: using the materials only within an approved fume hood, protecting the

14C Nuclide Safety Data Sheet Carbon-14 14C I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Max.: 156 keV; Average: 49 keV Half-Life [T ½]: 5730 years [Physical T ½: link to web de cay calculator] 1 Biological T ½: 12 days Effective T

Radioactive iodine, also known as radioiodine or Iodine 131, is a radioactive isotope of the element iodine. It is created by nuclear reactions. A radioactive isotope, also called a radioisotope, is a form of an element which is unstable due to a slightly different atomic makeup.Specifically, it will have a different number of neutrons and therefore a different atomic weight than its stable ...

Iodine-131 (131 I, I-131) is an important radioisotope of iodine discovered by Glenn Seaborg and John Livingood in 1938 at the University of California, Berkeley. It has a radioactive decay half-life of about eight days. It is associated with nuclear energy, medical …

18F Nuclide Safety Data Sheet Fluorine – 18 18F I. PHYSICAL DATA Radiation: Gamma: 511 keV (194% abundance; positron annihilation radiation) Betas: 634 keV (97% abundance) [Positron] Gamma Constant: 1.879E-04 mSv/hr per MBq at 1 meter1 [6.952E-4 mrem/hr per uCi at 1 m] Half-Life [T½] : Physical T½: 1.83 hours 2

[Nuclide Safety Data Sheet, 2019] The primary radiological hazard from I-131 is internal effects if inhaled or ingested. The biological half-life of I-131 is 120-138 days. [Nuclide Safety Data Sheet, 2019] Iodine is an essential component for production of hormones in the thyroid gland; iodine

A MATERIAL SAFETY DATA SHEET IODINE 1.1 Product Identifiers: Product Name : Iodine CAS No : 1.2 Relevant identified uses of the substance or mixture and uses advised against Identified uses: Laboratory chemicals, Manufacture of substances 1.3 Details of the supplier of …

RADIONUCLIDE SAFETY DATA SHEET NUCLIDE: I-125 FORMS: INORGANIC OR FREE IODINE ... Contamination on the skin or inhalation from air containing iodine vapors will result in internal deposition. Iodide solutions are easily oxidized and the elemental iodine will become airborne. About 70% of activity inhaled is deposited in the body and about 30%

RADIONUCLIDE SAFETY DATA SHEET RADIONUCLIDE: I-131 . FORMS: INORGANIC OR FREE IODINE . PHYSICAL CHARACTERISTICS. ... Volatile iodine solutions should be worked with in a proper fume hood. 3. Always wear protective gloves, a lab coat, and safety eyewear to protect the skin and eyes from contamination. Change gloves often. 4. Survey work areas ...

123I Nuclide Safety Data Sheet Iodine-123 123I I. PHYSICAL DATA Radiation: Electrons – 3 keV (94%); 23 keV (12%); 127 keV (14%); others (<2%) Gamma & X-ray – 159 keV (83%); 27 keV (70%); 31 keV (16%); others (< 10%)

Dec 01, 2018· It is widely used as a general-purpose nuclide for labelling compounds, including for the purpose of clinical examination .Furthermore, this radionuclide can be used in scintigraphy, metabolism, and the treatment of hyperthyroidism and thyroid cancer .Radioactive iodine is also used as a tracer and is generated as a nuclear fission reaction product in nuclear reactors, : U 92 235 + n → U ...

Material Safety Data Sheet Iodine MSDS# 11400 Section 1 - Chemical Product and Company Identification MSDS Name: Iodine Catalog Numbers: I35-100, I35-500, I37-100, I37-500, NC9798078 Synonyms: None. Company Identification: Fisher Scientific One Reagent Lane Fair Lawn, NJ 07410 For information in the US, call: 201-796-7100

Radionuclide Decay Data. Use this Web page to view the decay data (mode, emissions, energies, frequencies, etc.) for about 850 radionuclides of interest to internal and external dose assessment. Click on the element of interest to begin...

125I Nuclide Safety Data Sheet Iodine-125 125I I. PHYSICAL DATA Radiation: Gamma - 35.5 keV (7% abundance) X-ray - 27 keV (113% abundance) Gamma Constant: 0.27 mR/hr per mCi @ 1.0 meter [7.432E-5 mSv/hr per MBq @ 1.0 meter]1 Half-Life [T

59Fe Nuclide Safety Data Sheet Iron-59 59Fe I. PHYSICAL DATA Radiation: Gammas/X-rays: 192 keV (3% abundance); 1099 keV (56%), 1292 keV (44%)1 Betas: 131 keV (1%), 273 keV (46%), 466 keV (53%)1 Gamma Constant: 0.703 mR/hr per mCi @ 1.0 meter [1.789E-4 mSv/hr per MBq @ 1.0 meter]2 Half-Life [T

32P Nuclide Safety Data Sheet Phosphorous-32 32P I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Maximum: 1,710 keV; Average: 695 keV Half-Life [T ½]: 14.29 days [Physical T ½: link to web decay calculator] 1 Biological T ½: Bone ~ 1155 days; Whole Body ~ 257 days 2 …

3H Nuclide Safety Data Sheet Hydrogen-3 [Tritium] 3H I. PHYSICAL DATA Radiation: Beta ( abundance) Energy: Max.: 18.6 keV; Average: 5.7 keV Half-Life [T½] : Physical T½: 12.3 years Biological T½: 10 - 12 days Effective T½: 10 - 12 days* * Large liquid intake (3-4 liters/day) reduces effective T½ by a factor of 2+; 3H is easily flushed from the body

I-131 Radionuclide Fact Sheet – Stanford Environmental Health & Safety. Contact Us. Report a Safety Concern. Roles. Health & Safety Topics. Services. Training. Guides & …

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