Iran on a Nuclear Precipice

You’ve heard the good news, bad news joke. For example, doctors announced that he had good news and bad news for the patient, and then asked him who he would prefer to hear first. The patient stated, “Tell me the bad news.” The doctor revealed that he will have to remove both legs of the patient in order to save him. Surprised and now depression, the patient asked, “Well, what good news?” His surgeon smiled and said, “A patient in the hallway like your shoes.”

As bad joke that “joke” about Iran and the pursuit of nuclear weapons is much worse. There’s bad news, good news scenario with it, but more like bad news, bad news again, more bad news, good news. Here is why.

Bad news for the world is this: The UN nuclear agency is very concerned with Iran’s progress toward nuclear weapons. The agency knows that Iran has done experimental work on nuclear weapons development. In particular, terrorist regime has developed warheads to deliver a nuclear payload. In addition, Iran is deploying a second generation centrifuges, which would produce nuclear fuel at three times the rate as before.

But wait, there’s even more bad news in relation to Iran and nuclear weapons: Iran’s nuclear fuel production moving to highly-defended facilities. This facility is an underground facility, outside of Qom, where he will be less vulnerable to attack. Fereydoon Abbasi, head of Iran’s atomic energy agency, said that the Persians would produce fuel in amounts far greater than that required to produce medical isotopes, the reasons given earlier for level enriched uranium Iran will produce. Of course, there is no question in the mind of every national leader at this time that Iran is pursuing nuclear weapons. This move seems to indicate that Iran is getting closer to reaching their nuclear goal. After all, this step to protect the significant progress so do not risk losing the gain in the last phase of nuclear development. So, moving to highly-defended this facility indicates that Iran close to nuclear capabilities.

As if that was not bad enough news, there’s even more: Fereydoon Abbasi, head of Iran’s atomic energy agency, announced that Iran is about moving from 20 percent enriched uranium to 60 percent, which is the last step before the 90 percent enrichment to weapons-grade of fuel. At this point, Iran has stocked 4500 kilograms of low enriched uranium, which would be enough for four nuclear weapons after further enrichment.

It brings even more bad news: Iran could produce highly enriched uranium for nuclear weapons in 62 days! This is because Iran has continued to make progress toward nuclear capability, and the enrichment level they are now twice what it was in 2009.

The clock is ticking. So who will step up to stop Iran? The good news is that a nation will move, it will be Israel.

However, Israel has no margin for error when it comes to Iran. After all, the Iranian leader Ali Khamenei and Mahmoud Ahmadinejad are dedicated to the destruction of Israel and pursuing ways to bring about the end of Israel’s nuclear-weapons.

As a result, Israel will soon be forced to take military action against Iran, said Lt. Gen. Jerry Boykin, who is a retired U.S. Army general and a leading expert on terrorism. Boykin, author of Threat, kilotons new novel, which deals with Iran’s nuclear program, stating that since Iranian President Mahmoud Ahmadinejad is committed to wiping Israel off the face of the world, Israeli Prime Minister Benjamin Netanyahu will probably need to go after Ahmadinejad’s old regime.

When that happens, there will be a little sad about it. After all, Iran is out on the outskirts of Middle East politics, in fact, the Persians with the terrorist regime is seen as a pariah by the Arab countries.

Iran’s terrorist regime is very concerned about the possibility of an Israeli attack. Currently, Iran in the midst of a 10-day exercise as air defense showed great strength, in the hope it will still attack Israel from its nuclear facilities.

However, conspicuously absent is the S-300 air defense system that has been promised by Russia. Defense system was once praised by the leaders of Iran as an important element of its air defense for nuclear installations. Iran is now demanding Russia to decide not to give the system because of international pressure.

Monday, U.S. Defense Secretary Leon Panetta declared that it was only a matter of time until the revolt protests spread to Iran. He stated that the Iranian opposition movement has learned of the revolt in Tunisia, Egypt, Libya, and Syria.

God can use the opposition movement in Iran to overthrow the Iranian regime. However, an attack by Israel may need to precede that produce success. After a military attack, it is possible that the opposition can use the resulting chaos to undo the regime. If it happens, this area will change dramatically in preparation for the fulfillment of end time Bible prophecy.

After all, the Bible predicts that the region will open up a covenant with the Jews at the point where world leaders will declare, “Peace and safety!” (See Daniel 9:27, 1 Thessalonians 5:3). In order for this scenario becomes reality, the Iranian regime, the greatest fomenter of terrorism in the world today, will need to be lowered.

More evidence that the current Iranian government will need to be removed is that leadership is diligently seeking a nuclear capability in order to eliminate Israel. In fact, there is little question in the minds of world leaders today that the Iranian regime will not hesitate to use nuclear if it is obtained. However, God guarantees in the Bible who had gathered again, Israel will never be destroyed (see Jeremiah 31:31-37). Thus, the current Iranian regime will need to be removed, and will need to be removed prior to obtaining a nuclear capability, which is not far away.

Nuclear Medicine Higher Education Studies

An important part of a physician’s job is to be able to look at scans of a patient in order to diagnose a problem. In most cases they need to look at problem areas inside a patient before being able to treat them. The work performed by nuclear medicine technologist’s aide’s physicians in treating their patients. Students can enter this career by following certain steps within an educational program.

Students can work through higher education programs from certificates to doctorate degrees within nuclear medicine. However, students that enroll in a vocational school can enter a certificate or associate’s degree program as an initial step to further education or to directly step into a career. These options are a great choice because most working professionals have a certificate, associate’s degree, or a bachelor’s degree.

Nuclear medicine utilizes radiopharmaceuticals to detect any harmful elements in the body. This is used for numerous reasons such as detecting diseases or other abnormal health problems. Physicians use the medical images that are produced by the industry’s technologies to diagnose and treat their patients. Depending on the level of education obtained by students they may help in diagnosing a patient prior to speaking with the physician. The vast amount of job responsibilities includes managing the imaging technology and reviewing the results of tests administered to patients.

Working through a certificate program is a viable option for students that can’t dedicate more time to educational study. Programs typically last one year and students learn how to use nuclear technology to help physicians. Courses incorporate clinical hours to give students the chance to work directly with radiopharmaceuticals. Common courses include:

Nuclear Medicine ProcedureRadiopharmacyAnatomy

Curriculum teaches the different operations of a body’s organs and how to handle all equipment safely. Many health care programs have students complete an internship at the end of schooling to gain the proper knowledge to not only work in the field but also pass the certification exam given by the Nuclear Medicine Technology Certification Board.

To gain a deeper knowledge of the field most students start education at the associate’s degree level. The skills learned cover all areas of the profession giving students the knowledge to step directly into a career upon graduation. Common courses that students work through may include:

Nuclear Medicine InstrumentationRadiation SafetyNuclear Medicine Methodology

Students learn about how the radioisotopes affect the body, how they work, and how to detect problem areas by looking at the generated images. Specific coursework and on-the-job experience provides students with the capability of working with patients and their physicians. To gain further knowledge and increase job prospects many students go on to complete a bachelor’s degree program after gaining experience.

Step inside an interactive educational program and become a nuclear medicine technologist. Programs offer students a unique training experience that prepares them for the workplace. Students can find an accredited program that works best for them and enter the field within a year or two. Full accreditation is provided to programs that offer the best quality education available to students. Schools and colleges for nuclear medicine that carry full accreditation are approved by agencies like the Joint Review Committee on Education in Radiologic Technology (JRCERT).

How to Become Nuclear Medicine Technologists?

As technology is advancing, the need for skilled professionals is increasing day by day. For example, not everyone can take an X-Ray properly. Even for photographs, though almost everybody clicks, only few know how to click to get the image in its full glory. Similarly, nuclear medicine technologists are trained to handle the radioactive treatments. Ordinary clinicians cannot even think of it.

Role of Nuclear Medicine Technologists in Treatment of Diseases

The main role of a nuclear medicine technologist is to diagnose certain diseases where radiotherapy is required. The role of the nuclear technologist can be understood by the following example. The patient has some problem. He goes to a doctor. The doctor notices that there is a stone in the patient stomach. Now he prescribes some medicines. When they see that medicines are not helping, the doctor refers the patient to one of the nuclear medicine technologists.

What the technologist does is that he administers radiopharmaceuticals (radioactive drugs) to patients and monitors the concentration levels of the drugs in the patient’s body. Technologist works directly with patients under the supervision of a physician. Thus they work in collaboration to take out the stone out of the body. If these radioactive drugs do not help too, under the supervision of the doctor, the nuclear medicine technologists may use laser rays to break the stone so that surgery is avoided.

How the Technologist Work

Under the right for Information, the nuclear medicine technologists have to tell the entire procedure that the patient in a way that the patient can understand. There so many technical terms that if he starts using then while explaining, the patient will straightaway reject the treatment.

The job of nuclear medicine technologists involve use of different devices from big x ray machines to small cameras that they can be ingested by the patient so that they can find the exact location of the problem.

Finally, they have to keep a log of the material used. The most important part is that they should have knowledge regarding the allowed use of radioactive material so that they can adhere to it.

How to Become a Nuclear Medicine Technologist

Many medical universities and some colleges that can afford sample devices for training provide courses that range up to 4 years. Smaller programs such a one year or two year can get you basic Diploma and an Advanced Diploma respectively. If you go for the four year program, you basically are doing a bachelors training so you get a graduation degree.

Not all medical colleges run the course as it involves purchase of equipments for practical training. Some Hospitals themselves run medical courses which can afford to use the existing material to explain their working to the patients. The most difficult part to learn is the exact positioning of the laser and releasing the rays of required strength.

Nuclear Medicine Technologists – The Scope

Wherever you start your career, you start as a trainee. After training, if they feel that you are good enough to handle thing by self, you are made nuclear medicine technologist. A technologist may advance to supervisory positions such as chief technologist or department administrator.

Technologists trained in both nuclear medicines and radiologic procedures have a better chance as only a few openings would be there every year. The branch will develop as per the research and the demand will also go up as the hospitals start using more and more advanced technique of treatment.


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