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Posted by ALERT PATIENTS B on July Thu 10th 6:29 PM - Never Expires
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  1. ALERT! PATIENTS BEING MICROCHIPPED BY STEALTH!
  2.  
  3.  
  4. Scientific Study Showed That 1 in 3 of All Americans Already
  5. Implanted with RFID Chip
  6.  
  7. http://www.zengardner.com/13-americans-already-implanted-rfid-chip
  8.  
  9.  In a shocking study it was recently revealed that 1 in 3
  10. individuals tested had an active RFID in them, and they were
  11. unaware of it.
  12.  
  13.  In a publication from the Wyoming Institute of Technology (WIT)
  14. �Analysis of Radio Frequency Identification (RFID) Chip Prevalence
  15. in 3 Discrete United States Populations�, it has been reported
  16. that doctors tested 2955 Americans from different geographic
  17. locations and walks of life.
  18.  
  19.  The test subjects were stripped down and scanned bodily to see
  20. if RFID chips could be detected.
  21.  
  22. From the abstract:
  23.  
  24.  �Radio Frequency Identification (RFID) Chips have been used
  25. extensively in wildlife ecology and conservation to identify
  26. and track individual specimens in a population. It has been
  27. unknown, however, how often RFID chips have been implanted in
  28. human populations for the tracking and identification of
  29. individuals. This study analyzed the prevalence of RFID Chips
  30. in 3 geographically discrete populations and found that, on
  31. average, 1 in 3 individuals carried an RFID Chip. Interestingly,
  32. there was a strong correlation with RFID Chip presence and
  33. previous dental work.�
  34.  
  35.  Far from knowingly implanting the RFID chips in their hands as
  36. is often reported in the media, the majority detected by the
  37. researchers were from dental work - fillings, bridges, crowns,
  38. etc. The chips are often inserted during the manufacturing
  39. process, and the patient is never aware of its existence.
  40.  
  41.  A report on RFID implants from The Open Dentistry Journal
  42. explains: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2885600/
  43.  
  44.  �A general dentist without any special training or assistance
  45. from a laboratory technician can easily perform the incorporation
  46. of a microchip transponder in a denture and the procedure is
  47. extremely economical. Its inclusion offers many benefits in
  48. dental prosthetic labeling; allowing not only the storage of
  49. patient�s medical records on a searchable database, but also
  50. information on the materials used and so providing traceability.
  51. Ultimately the chip could play an invaluable forensic role in
  52. assisting with human identification.�
  53.  
  54.  In the end, the WIT researchers conclude, �Our work has shown that
  55. approximately 1 in 3 individuals in the United States is carrying
  56. an RFID microchip.�
  57.  
  58.  Being implanted without knowledge or giving permission is not a
  59. new phenomenon. For years people have claimed to have inexplicable
  60. implants, but are often ridiculed or dismissed. Anthony Gucciardi
  61. from Activist Post writes about a man who took legal action against
  62. a government hospital for microchip implant:
  63.  
  64.  A Danish man has filed a writ against Alexandra Hospital for
  65. secretly implanting a microchip inside of his body during a 1988
  66. operation, which he says later caused him to hear voices.
  67.  
  68. http://www.activistpost.com/2011/11/man-takes-legal-action-against-former.html
  69.  
  70.  Far from knowingly implanting the RFID chips in their hands as
  71. is often reported in the media, the majority detected by the
  72. researchers were from dental work - fillings, bridges, crowns,
  73. etc. The chips are often inserted during the manufacturing process,
  74. and the patient is never aware of its existence.
  75.  
  76. http://www.theregister.co.uk/2006/03/20/rfid_in_tooth/
  77.  
  78.  In the end, the WIT researchers conclude, �Our work has shown
  79. that approximately 1 in 3 individuals in the United States is
  80. carrying an RFID microchip.�
  81.  
  82.  The numbers of chipped individuals must surely be on the rise
  83. in the US and worldwide, as tracking chips are being used in many
  84. various fields, and patients and their families are lining up to
  85. receive them.
  86.  
  87. http://redicecreations.com/article.php?id=30890
  88.    
  89.    
  90. FLASHBACK! Belgians Implant RFID Chip in Tooth
  91.  
  92. http://www.theregister.co.uk/2006/03/20/rfid_in_tooth/
  93.  
  94.  Belgian scientists at the Catholic University of Leuven have
  95. embedded an RFID chip into a tooth to show how detailed personal
  96. information can be stored.
  97.  
  98.  Patrick Thevissen and his team adapted a tag which vets already
  99. implant into animals. If you lose your chipped dog, vets can retrieve
  100. the pet�s home address from the device.
  101.  
  102.  In the case of humans, however, the intention of the ID tag is
  103. to allow forensic teams to retrieve a person�s name, nationality,
  104. date of birth and gender allowing identification after, say, a
  105. natural disaster.
  106.  
  107.  Experiments show that the tags withstand temperature changes of
  108. up to 450 �C - so they�re pretty well vindaloo-proof - but repeated
  109. expansion and contraction of the tooth is still a problem, requiring
  110. the use of an insulating layer.
  111.  
  112.  
  113. Incorporation of Radio Frequency Identification Tag in Dentures to
  114. Facilitate Recognition and Forensic Human Identification
  115.  
  116. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2885600/
  117.  
  118.  �Forensic identification using odontology is based on the comparison
  119. of ante-mortem and post mortem dental records. The insertion of a
  120. radio frequency identification (RFId) tag into dentures could be
  121. used as an aid to identify decomposed bodies, by storing personal
  122. identification data in a small transponder that can be radio-transmitted
  123. to a reader connected to a computer. A small passive, 12 x 2,1 mm,
  124. read-only RFId-tag was incorporated into the manufacture of three
  125. trial complete upper dentures and tested for a signal. The aim of
  126. this article is to demonstrate the feasibility of manufacturing
  127. such a dental prosthesis, the technical protocols for its implantation
  128. in the denture resin and its working principles. Future research
  129. and tests are required in order to verify human compatibility of
  130. the tagged denture and also to evaluate any potential deterioration
  131. in strength when subjected to high temperatures, or for damage
  132. resulting from everyday wear and tear. It should also be able to
  133. withstand the extreme conditions resulting from major accidents or
  134. mass disasters and procedures used to perform a forensic identification.�
  135.  
  136. � �
  137.  
  138.  �In the healthcare sector the use of the RFId-tags has been tested
  139. for suitability in various fields, such as transfusion medicine
  140. replacing the bar code with a tag. In Italy at the Ophthalmologic
  141. department of Niguarda Hospital (Milan) patients wear a microchip
  142. bracelet which stores all the medical data relevant to the surgery
  143. they will be undergoing. In the last 2�3 years, the use of RFID
  144. has been applied in areas previously not considered suitable. Trials
  145. to evaluate potential applications for RFID in health care are
  146. ongoing in areas such as: access control and logging employee
  147. working times; regulation of access to elevators; protection of
  148. expensive equipment; location of patients, staff and equipment in
  149. hospitals and nursing homes; organisation of logistic processes
  150. for containers, apparel, beds; safe identification of patients
  151. and materials; protection against counterfeit drugs.�
  152.  
  153. � �
  154.  
  155.  �Inclusion methods involve the incorporation of metallic or
  156. non-metallic labels, barcodes or microchips. The RFId small transponder
  157. has not been popular owing to its high cost and relative unavailability.
  158. An attempt was made therefore to develop a denture marking system
  159. which improves on previous systems in terms of its simplicity, cost
  160. and effectiveness, with particular emphasis on the amount of storable
  161. data.
  162.  
  163.  The information obtained from this study should be considered as a
  164. preliminary test of RFId-tags for forensic deployment, and give some
  165. indications as to optimum design, choice and implantation of the ideal
  166. tag in a complete upper denture.�
  167.  
  168. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2885600/
  169.  
  170.  
  171. RFID Denture Retrieves Personal Health, Emergency Medical Profile
  172.  
  173. http://secureidnews.com/news-item/rfid-denture-retrieves-personal-health-emergency-medical-profile/
  174.  
  175. 19 November, 2010
  176.  
  177. By: Ross Mathis
  178.  
  179.  I-DENTI-FIED Inc. has developed a patent-pending system in which a
  180. unique patient ID on a miniature RFID transponder is placed into a
  181. denture or dental prosthetic.
  182.  
  183.  During a medical visit, a hospital, ambulance or a doctor�s office
  184. equipped with a special RFID reader can retrieve the ID and display
  185. the patient�s emergency medical profile via a secure Internet
  186. transaction.
  187.  
  188.  Once enrolled in the I-DENTI-FIED System, the patient completes an
  189. online personal health record with information from their doctor and
  190. can update the record with changes to medications, allergies and
  191. conditions.
  192.  
  193.  The company says the I-DENTI-FIED system cannot be lost or stolen,
  194. and is a long-term alternative to short-term, patient-dependent
  195. identification systems like temporary bracelets, wallet cards and
  196. wristbands that can be lost or forgotten.
  197.  
  198.  The system is designed for high-risk populations of individuals with
  199. chronic illnesses, including dementia, diabetes, heart disease, high
  200. cholesterol and special needs like autism or down syndrome.
  201.  
  202.  
  203. Incorporation of Microchips to Facilitate Denture Identification
  204. by Radio Frequency Tagging  (You Must Be Registered to View This)
  205.  
  206. http://dx.doi.org/10.1016/j.prosdent.2004.07.025
  207.  
  208. http://www.thejpd.org/article/S0022-3913(04)00491-3/fulltext
  209.  
  210.  
  211. A NEW DENTURE LABELING SYSTEM AS AN ANTE-MORTEM RECORD FOR
  212. FORENSIC IDENTIFICATION
  213.  
  214. http://medfac.mans.edu.eg/english/forensic/july2009/S.%206_.pdf
  215.  
  216.  �Over the years, several methods of denture labeling have been
  217. reported in the literature, these techniques include surface
  218. marking, inclusion techniques using metal or nonmetal materials,
  219. micro labels and microchips. These techniques are either time
  220. consuming, esthetically unpleasant, using equipments not readily
  221. available in most of dental laboratories and if the denture needs
  222. relining, the denture label becomes invisible (Richmond and Pretty,
  223. 2006).
  224.  
  225.  Although, microchips inclusion techniques such as radio-frequency
  226. identification (RFID)-tags, florescence markers and other advanced
  227. inclusion techniques within dental prostheses have been suggested
  228. as means of effectively labeling dentures and permitting rapid and
  229. reliable identification of the wearer. However, these techniques are
  230. very expensive, as they exceed far the cost of the acrylic denture.
  231. In addition they need sophisticated equipments for fabricating microchips
  232. and its reading that don�t suit a developing country. Moreover,
  233. microchips are considered weak point in the denture structure as
  234. it should be put after denture processing and should be put in an
  235. area subjected to be relined (Millet and Jeannin, 2004).�
  236.    
  237.    
  238. The Various Methods and Benefits of Denture Labeling
  239.  
  240. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3125953/
  241.  
  242. �RFID�tags
  243.  
  244.  The inclusion of radio-frequency identification (RFID)-tags within
  245. dentures is a cosmetic, effective labeling method permitting rapid
  246. and reliable identification of the wearer. They are preferred
  247. because of their small size (8.5�2.2 mm) and the large amount of
  248. denture user data that can be stored in them. Their RFID system
  249. consisted of a data carrier, or tag, and an electronic handheld
  250. reader that energizes the transponder by means of an electromagnetic
  251. field emitted via the reader�s antenna [Figure 5b]. It then receives
  252. the coded signal returned by the transponder and converts it into
  253. readable data. No special training is required to set the tag in
  254. the denture. The chip is resistant to disinfectants and solutions
  255. of 1% hypochlorite, 4% chlorhexidine, and 4% sodium perborate.
  256.  
  257.  Because of tag�s size, there is no real weakening of the denture
  258. as would be expected with metallic markers. In case of laboratory
  259. reline or rebase of the denture, there is no need to remove the device
  260. before finishing the procedure. The chip remains intact and readable
  261. in sub-zero temperature as well as after burning for 1 hr at 1500�C.
  262. Unfortunately, RFIDs are not widely used due to the high cost of
  263. manufacture and data incorporation and may not be available in most
  264. dental set-ups.�
  265.  
  266. � �
  267.  
  268.  �The dentist should always inform the patient clearly the benefits
  269. of denture labeling and motivate the patient for the same. However,
  270. the patient has a right to refuse.�
  271.  
  272.  
  273. WAKE UP AMERICA! THERE NEEDS TO BE A CLASS-ACTION LAWSUITE FILED!
  274.  
  275. THIS IS AN INVASION OF OUR PRIVACY AT A LEVEL OF EPIC PROPORTION!

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