اسکن طب

دسته: MRI

Magnetic resonance imaging or MRI

If you haven’t stepped into diagnostic treatment centers to shoot your body, you’ve still heard of an MRI. MRI is no longer a technique, but a term and concept of medical diagnosis in the public mind. So if you’ve only ever had a name in your mind from this imaging technique and you’re going to improve your information about physics and how the MRI machine works in simple terms, we suggest you don’t miss this article.
If we simply intend to define mri generalities, we can say that magnetic resonance imaging, or MRI, allows us to view the human body in amazing detail using magnets and radio waves. The first MRI scanner used to imaging the human body was developed in New York in 1977. Since then, this technology has been greatly enhanced and MRI is now frequently used by all physicians in the world as a standard and reliable imaging. Perhaps one of the key advantages of MRI imaging is that MRI does not involve high-risk radiation (such as X-rays or CT scans) and has no invasive effects on the body.
The MRI scanner is essentially a giant magnet. Magnet strength is measured in a standard unit called Tesla (T). Most MRI scanners used in medical research hospitals and clinics are 1.5 or 3 Teslas. To clarify Tesla’s large scale, it’s not bad to know that Earth’s magnetic field is about 0.00006 Tesla!!!
The real question is, what is the use of this ultra-strong magnetic field? To answer this question, you should know that all this magnetic force is spent absorbing water molecules into the body’s tissues.

So we have to see what these hydrogen atoms are capable of that are so vital in imaging. If we examine the hydrogen atom more carefully, we see that it contains a central nucleus containing a single positive charge called proton. These protons orbit around their axis with the magnetic poles of north and south, and each hydrogen proton is spinning like a tiny magnet that rotates on its axis. This rotational motion is known as Precession. At any moment in time, all the billions of hydrogen protons in our bodies are in random positions and revolving around their axes.
However, these random situations change altogether when placed in a very strong magnetic field. It’s just like when a compass needle aligns with the Earth’s magnetic field. When these spinning hydrogen protons are randomly placed in an MRI scanner, their axes are reset in the direction of the stronger magnetic field of MRI magnets. Here we call the MRI machine’s magnetic field the main magnetic field of the B0 scanner. Hydrogen protons do not move in the body when they enter an MRI scanner, in terms of physical displacement, but their axes are aligned only in line with the direction of field B0. Some rotate upwards and others (bottom), while still rotating on their axes. Given the amazing laws of quantum physics, which we won’t address here, the number of protons upwards is always slightly higher than (bottom). According to magnetism rules, we know that side protons (top) and (bottom) neutralize each other’s effect so that only the magnetic field remains from a small part of the additional (top) side protons. This is the same small magnetic field that we can measure using an MRI.
The B0 field not only affects the level of hydrogen protons, but also affects the rotation speed of these protons (this is called the common frequency rotation rate). The common frequency depends on the strength of the magnetic field. The stronger the magnetic field, the faster the protons rotate. These two phenomena are incredibly important when using MRI signals of these hydrogen molecules with high accuracy.
How do we measure the magnetic field?
So how do we measure the fine magnetic field caused by additional hydrogen protons (above) in our bodies from the massive field of B0 scanners? To do this, something called radio frequency (RF) is used. Radio frequency pulses are used to stimulate resonant protons away from the B0 field. By creating a disturbance or flip on all protons, this radio pulse causes the protons to move slightly from the orbit of the main field of B0 (fig. C). The frequency of RF pulses should be equal to the frequency of hydrogen protons spinning, so they can exchange energy called resonance or resonance frequency in physics where most energy exchange occurs. The resonance enables protons to absorb enough energy from the RF pulse to rotate their axes from the B0 field, so that the MRI scanner is able to measure it. If we think again about the compass in the Earth’s magnetic field heading toward the North Pole, if we put a small rod magnet next to the compass, we can rotate the needle to turn east. This is similar to the way protons behave when they turn on the RF pulse.
All in all, we can say that the body is full of hydrogen protons (top) that all rotate at the same dominant frequency in B0, how do we just target those in the brain to have a distinct brain image? We take advantage of the fact that the common frequency of protons is entirely dependent on the magnetic field. If a second magnetic field called B1 is applied to a certain point, hydrogen protons in that part rotate faster like the head in the chest, stomach and legs. Then, by applying RF pulse, the dominant frequency of hydrogen protons in the head can obtain a separate signal from the desired organ. Then the RF pulse will only be intensified by protons in the brain. Therefore, only protons in the brain absorb the energy from the RF pulse and move away from the B0 field. If we want to capture the legs, we can similarly adjust our RF pulse to intensify in other parts of the body, such as the legs, with proton radiation.

The different parts of the figure above are as follows.
(A water is composed of two hydrogen atoms and one oxygen atom. The hydrogen nucleus (shown in red as P) contains a positive charge – a proton that rotates on its axis, acting like a small magnet.
B) In mri machine, protons are aligned with magnetic field B0, some “high” (red) and slightly “low” (white). The total magnetic field derived from all hydrogen protons almost cancels each other out so that only the magnetic field remains from a small part of the additional protons (above), and this is the small magnetic field that we can measure using an MRI.
(C When an RF wave/pulse or the same proton resonance frequency is twisted, the side protons (above) move away from field B0 because they absorb RF energy.
Main question: How does the body tissue image come from these events?
All the materials expressed so far were physical laws that were simply expressed and there is almost no ambiguity for anyone. Now we want to know how these rules of seemingly simple physics are used in MRI imaging. What we do know is that we need to use protons that are in an escalation mode. When the RF pulse is off, the protons return to the main magnetic field, B0, and reshape. If we think again about the example of the compass, when we move our little rod magnet away from the compass, the compass needle rotates from east to north and once again aligns with the Earth’s magnetic field. In MRI, RF pulse has the rule of rod magnet that intensifies protons and removes their axis from the main field. When the RF pulse is cut, these protons return to their original place like our compass. This return of protons also brings energy release. This emitted energy becomes the main basis for the production of images of body tissue. That is, it is enough to use a special mechanism to absorb and image this energy. The interesting thing is that different tissues of the body lose different amounts of energy. As a result, the image of each part of the body is completely separate compared to other parts. To measure this emitted energy, we need special equipment (called coils) placed around the body part we are shooting. Inside these coils, the coils act as receiver antennas and detect the released energy as a very weak electrical current. Electrical signals are converted from computers to raw data for illustration using a complex mathematical computational set based on Fourier transforms into raw materials called Raw Data. Finally, since protons are found in a variety of tissues in the body such as gray matter, adipose tissue, hard bone tissue, etc. All different amounts of energy, the result of the converted energy is a completely accurate picture of the tissue inside the body.

  • معرفی 5 تا از بهترین مراکز ام ار ای در غرب تهران + گرفتن نوبت سریع ام ار ای در غرب تهران

    معرفی 5 تا از بهترین مراکز ام ار ای در غرب تهران + گرفتن نوبت سریع ام ار ای در غرب تهران

    غرب تهران یکی از پرتردد ترین و پرجمعیت ترین نواحی تهران محسوب می شود که به دلیل همجواری با شهر کرج همه روزه تعداد زیادی برای تردد به تهران در این مناطق در رفت و آمدند. به دلیل وسعت و جمعیت زیاد غرب تهران یافتن یک ام ار ای خوب در غرب تهران یک چالش برای بسیاری از مخاطبین ما محسوب می شود.

    محله های معروف غرب تهران عمدتا شامل جنت آباد، پونک، شهران، صادقیه، سعادت آباد، مرزداران، آزادی و محله های مختلف منطقه 22 تهران می شوند که در این مقاله به سراغ معرفی بهترین مراکز ام ار ای در این محله های غرب تهران می رویم.

    پس اگر ساکن یکی از محله های غرب تهران هستید و قصد دارید تا با بهترین مراکز ام ار ای در غرب تهران آشنا شوید و همچنین برای خود یا یکی از بستگان و آشنایانتان نوبت سریع ام ار ای در غرب تهران بگیرید تا آخر این نوشته را بخوانید.

    در این مقاله قصد داریم تا ابتدا به معرفی ام ار ای و لزوم مراجعه به یک مرکز خوب و با کیفیت ام ار ای بپردازیم و در ادامه 5 تا از بهترین مراکز ام ار ای در غرب تهران را به شما معرفی نماییم. در ادامه نیز به شما خواهیم گفت تا از چه طریقی و چگونه نوبت سریع ام ار ای در غرب تهران بگیرید.

    پس برویم به سراغ معرفی ام ار ایو کاربردهای آن

    ام ار ای چه دستگاهی است و به صورت تخصصی چه کاربردهایی در پزشکی دارد؟

    MRI (Magnetic Resonance Imaging) یک تکنیک تصویربرداری پزشکی است که با استفاده از میدان مغناطیسی قوی و امواج رادیویی، تصاویر با کیفیتی از اندام های مختلف بدن و بدون استفاده از پرتو مضر X تولید می کند. این دستگاه به صورت تخصصی در پزشکی استفاده می‌شود و برای تشخیص و تصویربرداری بیماری‌ها و اختلالات مختلف در بدن بیماران استفاده می‌شود.

    بعضی از کاربردهای ام ار ای در پزشکی عبارتند از:

    1. تشخیص بیماری‌های مغزی: ام ار ای برای تصویربرداری ساختار و عملکرد مغز به کار می‌رود. این تکنیک می‌تواند در تشخیص سکته مغزی، تومورها، اختلالات عروقی، اسکلروز چندگانه و سایر بیماری‌های مغز و اعصاب مفید باشد.
    2. تصویربرداری ساختاری بدن: ام ار ای می‌تواند برای تشخیص و تصویربرداری بیماری‌ها و اختلالات در اعضا و ساختارهای داخلی بدن مانند قلب، کبد، کلیه‌ها، مفاصل و استخوان‌ها استفاده شود.
    3. تشخیص بیماری‌های سرطانی: ام ار ای برای تشخیص و ارزیابی تومورها و بیماری‌های سرطانی در اعضا مانند پستان، رحم، پروستات و مغز مورد استفاده قرار می‌گیرد.
    4. تصویربرداری مفصلی: ام آر ای در تشخیص و ارزیابی بیماری‌ها و اصابت‌های مفصلی مانند آرتروز، شکستگی‌ها، روماتوئید آرتریت و درجه بندی آسیب‌ها به غضروف و بافت‌های نرم مفاصل مفید است.
    5. تشخیص بیماری‌های عروقی: ام آر ای می‌تواند در تشخیص بیماری‌های عروقی مانند تنگی عروق کرونر قلب، انسداد عروق مغزی و دیگر بیماری‌های عروقی مورد استفاده قرار گیرد.

    مهمترین ویژگی ام آر ای این است که برخلاف تکنیک‌های تصویربرداری دیگر، از پرتو X استفاده نمی‌کند و به همین دلیل برای تصویربرداری در بیماران حساس به اشعه مناسب است.

    حال که قدری با تصویر برداری ام ار ای و لزوم انجام آن آشنا شدید لازم است تا بدانید که برای گرفتن یک تصویر ام ار ای خوب و با کیفیت به چه مرکز تصویربرداری ام ار ای در نزدیکی خود مراجعه نمایید.

    برای گرفتن یک عکس ام ار ای خوب به چه نکاتی در مورد انتخاب مرکز تصویربرداری باید توجه داشت؟

    وقتی برای گرفتن تصویر MRI به مرکز تصویربرداری مراجعه می‌کنید، به موارد زیر در مورد مرکز توجه کنید:

    • اعتماد به مرکز: اطمینان حاصل کنید که مرکز تصویربرداری دارای یک تیم حرفه‌ای و متخصص است. بررسی تجربه و شهرت و خوشنامی مرکز ام ار ای مهم است.
    • تجهیزات و فناوری: مطمئن شوید که مرکز دارای تجهیزات و فناوری مدرن برای ام آر ای است. این مساله شامل سیستم‌های ام ار ای با کیفیت بالا و تجهیزات همراه مانند (Headset) و … است.
    • تجربه و تخصص: اطمینان حاصل کنید که تکنسین‌ها و پزشکان مرکز تصویربرداری تجربه کافی و تخصص لازم در انجام ام آر ای  و ارائه گزارش مناسب از تصویر گرفته شده را دارند. تجربه و تخصص تیم پزشکی مرکز ام ار ای برای تشخیص صحیح و دقیق تصاویر ام آر ای اهمیت دارد.
    • راحتی بیمار: مرکز باید محیطی راحت و آرام برای بیمار فراهم کند. توجه به راحتی و تسهیلات بیماران، مانند فضای مناسب انتظار، تهویه و امکانات راحتی دیگر، می‌تواند تجربه بیمار را بهبود بخشد.
    • امنیت و بهداشت: مطمئن شوید که مرکز تصویربرداری از تجهیزات و فضاهای بهداشتی مناسب برخوردار است و استانداردهای بهداشتی را رعایت می‌کند. همچنین، مرکز باید برای امنیت و حفاظت از حریم خصوصی بیماران تدابیر لازم را به عمل بیاورد.
    • دسترسی و هماهنگی: مطمئن شوید که مرکز به آسانی قابل دسترسی است و امکانات هماهنگی مانند زمانبندی مناسب و ارتباط موثر با بیماران را فراهم می‌کند.

    همچنین، می‌توانید از پزشک خود نیز راهنمایی و توصیه در مورد مرکز تصویربرداری مناسب بگیرید.

    بهترین مراکز ام ار ای در غرب تهران

    انجام ام ار ای در یک مرکز تصویربرداری نامناسب چه پیامدهایی می تواند داشته باشد؟

    انجام ام ار ای در یک مرکز تصویربرداری نامناسب ممکن است پیامدهایی را به همراه داشته باشد، از جمله:

    • کیفیت تصویر پایین: مراکز تصویربرداری نامناسب ممکن است از تجهیزات کم کیفیت و قدیمی استفاده کنند که باعث کاهش کیفیت تصویر می‌شود. این می‌تواند به دقت تشخیصی تصاویر کاهش بدهد و باعث عدم تشخیص صحیح بیماری‌ها شود.
    • عدم تجهیزات مدرن: مراکزی که از تجهیزات قدیمی و منسوخ استفاده می‌کنند، ممکن است از قابلیت‌ها و قابلیت‌های پیشرفته‌تری که در تجهیزات مدرن موجود است، استفاده نکنند. این امر می‌تواند منجر به از دست رفتن اطلاعات مهم و کاهش دقت تشخیصی شود.
    • تجربه و تخصص کم: تکنسین‌ها و پزشکان کم تجربه و کم تخصص می‌توانند نتایج ناقص و نادرستی را ارائه دهند. ام آر ای یک فرآیند پیچیده است و تجربه کافی در تشخیص صحیح و تفسیر صحیح تصاویر بسیار بسیار ضروری است.
    • عدم هماهنگی و دسترسی ضعیف: ممکن است در مراکز تصویربرداری نامناسب هماهنگی مناسبی بین تکنسین‌ها، پزشکان و بیماران وجود نداشته باشد. همچنین، دسترسی به خدمات و امکانات مراکز نامناسب ممکن است محدود و دشوار باشد. مثلا گرفتن نوبت ام ار ای از مرکز سخت باشد و یا فرایندی طولانی و خسته کننده داشته باشد.

    به طور کلی، انجام ام ار ای در یک مرکز تصویربرداری نامناسب می‌تواند به تشخیص نادرست، تاخیر در تشخیص بیماری، خطاهای پزشکی و نارضایتی بیماران منجر شود. بنابراین، انتخاب مرکز تصویربرداری مناسب برای انجام MRI بسیار مهم است.

    تا اینجای کار متوجه شدید که انتخاب یک مرکز تصویربرداری نامناسب برای انجام ام ار ای چه خطرات و پیامدهایی می تواند برای شما داشته باشد.

    از طرفی انتخاب یک مرکز ام ار ای خوب و مطمعن می تواند بسیاری از نگرانی های شما را برای انجام تصویربرداری خود و تسریع روند تشخیص و درمان برطرف کند.

    ما همواره در اسکن طب سعی داشته ایم تا بهترین مراکز تصویربرداری را در شهرهای مختلف بررسی و انتخاب نماییم و به شما عزیزان معرفی نماییم تا بتوانید به راحتی به این مراکز خوب مراجعه کنید و اسکن یا تصویربرداری خود را بدون دغدغه و دردسر انجام دهید.

    در این مقاله نیز قصد داریم تا به معرفی مراکز ام ار ای خوب در غرب تهران بپردازیم و 5 تا از بهترین مراکز ام ار ای در غرب تهران را به شما معرفی نماییم.

    معرفی 5 تا از بهترین مراکز ام ار ای در غرب تهران

    مرکز تصویربرداری بیمارستان پیامبران صادقیه یکی از بهترین مراکز ام ار ای در غرب تهران به شمار می رود. ما با بررسی این مرکز نتیجه گرفتیم که مرکز ام ار ای بیمارستان پیامبران صادقیه بالاترین رتبه را در لیست ما دارد. زیرا اولا این مرکز دسترسی فوق العاده ای به سایر نقاط تهران و بخصوص محله های غرب تهران دارد. همچنین وجود یک دستگاه ام ار ای پیشرفته و کادر پزشکی متخصص در این مرکز، باعث شده تا ما این مرکز را در صدر لیست خود قرار دهیم.

    یکی دیگر از مهمترین ویژگی های این مرکز ام ار ای این است که بسیاری از بیمه ها را پوشش می دهد و این امر برای مخاطبین اسکن طب بسیار مهم است لذا ما در بررسی خود این مساله را نیز لحاظ نموده ایم. اطلاعات تماس و آدرس مرکز ام ار ای بیمارستان پیامبران صادقیه در زیر نوشته شده است.

    تهران، میدان دوم صادقیه، بلوار کاشانی، بلوار اباذر، بیمارستان تخصصی و فوق تخصصی پیامبران

    تلفن تماس 41-44079131-021

    بهترین مراکز ام ار ای در غرب تهران
    نوبت ام ار ای غرب تهران

    مرکز تصویربرداری شهرداری منطقه 5 تهران یکی از بهترین مراکزی است که دارای کلیه دستگاه های تصویربرداری پزشکی از جمله ام ار ای است. این مرکز یکی از بهترین مراکز ام ار ای در غرب تهران محصوب می شود زیرا داریا امکانات و دسترسی مناسبی برای ساکنین غرب تهران خصوصا محله های صادقیه، پونک و جنت آباد می باشد.

    همچنین کلیه بیمه ها در این مرکز قابل پذیرش می باشند و کیفیت و دقت دستگاه ام ار ای این مرکز بسیار مناسب است.

    آدرس : بزرگراه اشرفی اصفهانی – نبش خیابان شالی

    تماس : 02144071005 و 02196025500

    مرکز تصویربرداری مهر ایرانیان تهران یکی از مراکز نمونه و با امکانات خوب در غرب تهران است که در ستارخان واقع شده است. اگر ساکن ستارخان، آزادی، مرزداران و سایر محله های همجوار هستید می توانید برای انجام ام ار ای خود به این مرکز خوب ام ار ای در غرب تهران مراجعه نمایید.

    همچنین سایر تصویربرداری ها مانند سونوگرافی و رادیولوژی نیز در این مرکز انجام می گیرد.

    آدرس :  ستارخان – روبروی برق آلستوم

    تلفن تماس: 02144232838

    مرکز تصویربرداری پردیس نور تهران بدون اغراق بهترین مرکز ام ار ای سعادت آباد تهران و جزو 5 مرکز برتر ام ار ای در غرب تهران است. امکانات موجود در این مرکز دارای بالاترین استانداردها می باشند و امکانات آسایش و استراحت بیماران در این مرکز فوق العاده است. کادر پزشکی مرکز تخصص و توانایی خوبی دارند و در کل گزینه خوبی برای لیست ما به حساب می آید.

    اطلاعات تماس با مرکز  تصویربرداری  پردیس نور تهران :

    آدرس : تهران ، سعادت آباد ، خیابان بیست و پنجم ( شهید قره تپه ای ) پلاک ۵
    تلفن : ۹۱۰۰۸۸۰۸

    بهترین مراکز ام ار ای غرب تهران
    • مرکز ام ار ای نوین (شهرک غرب)

    مرکز ام ار ای نوین یکی دیگر از بهترین مراکز ام ار ای در غرب تهران محسوب می شود. این مرکز دارای تجهیزات به روز و مدرنی است و میزان رسیدگی و سرعت پاسخگویی این مرکز به بیماران قابل قبول می باشد. ما نیز پس از بررسی این مرکز، آن را در لیست بهترین مراکز ام ار ای در غرب تهران گنجانده ایم. اطلاعات تماس این مرکز در ادامه آورده شده است.

    آدرس: تهران – منطقه 02 – شهرک قدس (غرب) – خیابان هرمزان – خیابان پیروزان جنوبی – نبش خیابان پنجم

    تلفن: 88086783 – 88084748

    یکی دیگر از مراکز ام ار ای در غرب تهران، ام ار ای بیمارستان تریتا میباشد که در آینده نزدیک نصب و راه اندازی میگردد.

    آدرس و تلفن و دیگر خدمات تصویربرداری پزشکی بیمارستان تریتا را میتوانید از اسکن طب دریافت کنید.

    آدرس بیمارستان تریتا: تهران، منطقه بیست و دو، بزرگراه همت غربی، بعد از تقاطع بزرگراه آزادگان، بزرگراه خرازی، جنب شهرک نمونه، قبل از دریاچه

    021-47241000 / تلفن مستقیم بخش تصویربرداری پزشکی 47241300-021

    نوبت سریع ام ار ای در غرب تهران

    برای گرفتن نوبت سریع ام ار ای در غرب تهران ابتدا بایستی کمی راجع به چالش های آن اطلاع داشته باشید. نوبت دهی ام آر آی سال هاست که بصورت حضوری و صرف وقت زیاد (روش سنتی) در حال انجام است. در این روش شما برای اینکه نوبت ام آر آی برای خود یا اعضای خانواده خود بگیرید می بایستی بصورت حضوری یک بار به مرکز مربوطه مراجعه کنید و بعد از دریافت نوبت، در روز و ساعت مشخص مجددا برای انجام تصویربرداری ام آر آی مجددا مراجعه کنید. شاید برای اکثر افراد این روش تجربه خوش آیندی را به ارمغان نیاورد.

    یکی از چالش‌های عمده‌ای که خدمات تصویربرداری پزشکی با آن مواجه است ناشی از تأخیر مرتبط با لیست‌های انتظار طولانی برای روش‌های تصویربرداری MRI است. چنین تاخیرهایی در روش های تشخیصی می تواند منجر به بروز آسیب های جدی و جبران ناپذیری به سلامت بیماران شود.

    علاوه بر همه اینها، در بسیاری از موارد بیماران یا همراهان بیمار به دلیل اطلاعات اندک از روند دریافت نوبت ام ار ای و انجام اسکن ام آر آی (که کاملا طبیعی است) گاهی دچار سردرگمی می شوند. یعنی ممکن است با صرف هزینه و وقت، به یک مرکز مراجعه کنند و متوجه شوند که آن مرکز تصویربرداری ام ار ای به طور مثال قادر به انجام آن نوع خاص اسکن ام آر آی نمی باشد و یا ام آر آی سنگین وزن را انجام نمی دهد. پس نیاز است تا به مرکز دیگری مراجعه کنند و همین امر باعث می شود تا دردسرهای زیادی را متحمل شوند.

    اما اسکن طب یک روش نوین برای راحتی هم میهنان عزیز در سراسر کشور ارائه داده است. در اسکن طب می توانید به راحتی نوبت سریع ام ار ای در غرب تهران برای هر زمانی که راحت هستید رزرو کنید. این رزرو وقت ام آر آی به شما این امکان را می دهد تا با صرف کمترین هزینه و آسودگی خاطر زیاد مدیریت وقت خود را خودتان به دست بگیرید.

    دیگر اطلاعاتی که میتوانید با سرچ در وبسایت اسکن طب دریافت کنید:

    • مراکز دولتی ام ار ای در تهران
    • ام آر آی روباز در غرب تهران
    • بهترین مرکز ام آر آی روباز تهران
    • ام آر آی بالای ۱۰۰ کیلو غرب تهران
    • مرکز ام آر آی خوب در غرب تهران
    • مرکز ام ار ای خصوصی تهران
    • ام آر آی بالای ۱۲۰ کیلو در تهران
    • ام ار ای فوری تهران
    • بهترین مراکز ام ار ای در غرب تهران
    • گرفتن نوبت سریع ام ار ای در غرب تهران

    جهت دریافت این اطلاعات کافیست از صفحه اول اسکن طب متن درخواستی را سرچ کنید.

    اطلاعات تکمیلی MRI

  • M.R.A. Kerman

    M.R.A. Kerman

    Usually, everyone in life deals with himself or an acquaintance at least once to the MRI. Now if you are a resident of Kerman city and you plan to take the turn of M.R.A. Kerman, then it is better to read this article. MRI is one of the most widely used diagnostic methods for medical imaging that can accurately show many problems and diseases inside your body.

    Mri is a medical imaging technique that uses magnetic fields and computerized radio waves to create accurate images of the patient’s organs and tissues. MRI is a non-invasive and safe medical imaging method that is used to accurately examine organs and bones and skeletons. MRI creates high-resolution images from inside the body that can help your doctor diagnose a variety of problems and diseases.

    How the MRI device works

    When your body is placed inside an MRI machine, the magnetic field temporarily directs water molecules in the body in a row and neatly. Radio waves are then sent to a part of the body, causing these aligned atoms to become irregular again, absorbing energy and generating weak signals, which are used to create MRI images.

    MRI is widely used in hospitals and clinics for medical diagnosis, staging and follow-up of the disease. Compared to CT scans, MRI provides a better contrast in images of soft tissues, for example in the brain or abdomen. However, due to scans usually longer and longer, MRI may be a little harder and more frustrating than other imaging methods such as radiology and CT scans. So to do MRI, you have to look for a good MRI center so that you don’t regret it later!!

    Features of a good MRI center

    M.R.A. Kerman

    Many people have at least once in life and are generally familiar with it, but this is not enough to know a good MRI center. What should I know to find a good MRI center?

    Scanning medicine, however, specializes in evaluating these centers in the country and evaluating the best imaging centers in each city in terms of technical and specialized indicators and criteria.

    A good MRI center should be checked in the following directions:

    1. Personnel and medical staff
    2. The experience and expertise of medical personnel and staff can be very influential in determining the quality and rank of an MRI center. Because all stages of the scan from admission and receiving appointments to the completion and delivery of the report and the response of your MRI scan are dependent on the personnel and medical staff of the MRI Center. Having sufficient expertise and skills in this field can greatly improve the quality of services and services provided to clients.
    3. Quality of turn-by-turn service and sending answers

    Today, shifting and response delivery services are one of the main factors in determining a good MRI center. Logging and sending MRI answers online will save you a lot of time and money.

    • Center-neighborhood location, interiors and installations

    The location of the MRI center is one of the most important points in determining a good MRI center. A suitable location for the MRI center is a place where visitors can easily access the MRI center and public transport is available. For example, there is a metro station or bus near the center. Also, the interior of the center should be beautiful and clean.

    • Equipment & Supplies

    Mri machine equipment and supplies are very sensitive and expensive. So the center that costs a lot of money to supply and maintain this equipment is definitely among the good centers of MRI.

    • Safety and Security

    Imini and the security of the MRI machine are another influential factor. In general, MRI is a safe device, but some possible risks, such as falling out of bed or electrocution, etc. There is.

    • Price

    Price is also one of the determining factors. Although the price of MRI tariffs is determined annually by the Ministry of Health, private centers usually raise their prices with different excuses. Therefore, the price of MRI can also be considered as another influential factor in choosing the best MRI centers in Kerman.

    Now that the evaluation criteria of MRI centers have been determined, we intend to rank the MRI centers in Kerman. Therefore, here you can get to know the best centers of M.R.A. kerman. They can be private or public and private hospital imaging clinics.

    Best MRI centers in Kerman

    M.R.A. Kerman
    1. MRI Shahid Bahonar Hospital in Kerman

    Shahid Bahonar MRI Center was established in September 2020 with the aim of improving diagnostic services based on the findings of the medical day to provide unique services based on the experiences of experienced experts and experts. The center is equipped with an MRI 5/1 Tesla device manufactured by Siemens, Germany.

    M.R.A. Specialized Services, Shahid Bahonar Hospital, Kerman

    MRI angiography (MRA) of vessels in different regions including brain and neck, upper and lower extremities, kidneys
    MRV of vessels in different regions including brain and neck, upper and lower extremities
    MRI of joints and organs such as shoulders, knees, wrists, elbows, sacroiliac, TMJ
    MRI (MRU) for evaluation of kidneys, bladder and urinary system
    MRCP for evaluation of gallbladder, pancreas and bile ducts
    Dynamic MRI from different regions including the pituitary and liver
    MRI of the brain, spine, eyes and optic nerve
    Fesitolography and evaluation of pelvic abscesses
    Magnetic Spectroscopy (MRS)
    Chest MRI

    • Dr. Majid Tahmurthy Imaging Center in Kerman

    Dr. Majid Tahmurthy Imaging Center of Kerman is one of the most equipped and best medical imaging centers in Kerman.

    Imaging services in Dr. Majid Tahmurthy Imaging Center of Kerman includes different types of ultrasound, radiology, MRI, CT scan.

    Contact Information of Dr. Majid Tahmurthy Imaging Center in Kerman:

    Address of Dr. Majid Tahmurthy Imaging Center in Kerman: Kerman – Azadi Square – Corner of Bahmanyar – Vali-e-Asr Building

    • M.A. Center of Sepehrfsanjan Kerman

    Mr. Sepehrfsanjan Center of Kerman is located in Hazrat Ali Ibn Abitaleb Hospital and the services provided in this center are MRI and CT scan.

    Contact Information of M.A.R. Sepehrfsanjan Center in Kerman

    Address of M.A. Center of Sepehrfsanjan Kerman: Kerman, Rafsanjan, Taleghani Boulevard, Ayatollah Saeedi Square, Hazrat Ali Ibn Abitaleb Hospital

    Contact number of M.A.R. Sepehrfsanjan Center in Kerman: 34288068-034

    M.R.A. turn in Kerman

    In order to take an MRI turn in Kerman, you must first know a little bit about its challenges. Mri shifts have been taking place for years in person and spending a lot of time (traditional method). In this method, you need to go to the relevant center once in person to make an MRI appointment for yourself or your family members, and after receiving the appointment, you should go back to the center for MRI imaging at the specified time and day. Perhaps for most people this method did not bring a pleasant experience.

    One of the major challenges facing medical imaging services is due to delays associated with long waiting lists for MRI imaging methods. Such delays in diagnostic methods can lead to serious and irreparable damage to patients’ health.

    In addition to all this, in many cases patients or patients’ companions are sometimes confused due to little information about the process of receiving MRI appointments and performing MRI scans (which is completely normal). This means that they may go to a center at a cost and time and find that the MRI imaging center, for example, is unable to perform that particular type of MRI scan or does not perform a heavyweight MRI. So they need to go to another center, which causes them to have a lot of trouble.

    But medical scans have provided a new method for the convenience of dear compatriots throughout the country. In the scan of medicine, you can easily book an MRI in Kerman for any time you are comfortable. This MRI booking allows you to manage your time yourself with the lowest cost and great comfort.

    To learn more about MRI scans and how to prepare for it, we recommend you to visit the MyoClinic website.

  • M.R.A. Qom

    M.R.A. Qom

    If you are a resident of Qom city and you plan to take the M.R.A. of Qom, then it is better to read this article. MRI is one of the most widely used diagnostic methods for medical imaging that can accurately show many problems and diseases inside your body.

    Mri is a medical imaging technique that uses magnetic fields and computerized radio waves to create accurate images of the patient’s organs and tissues. MRI is a non-invasive and safe medical imaging method that is used to accurately examine organs and bones and skeletons. MRI creates high-resolution images from inside the body that can help your doctor diagnose a variety of problems and diseases.

    MRI in Qom

    Mri is a medical imaging technique that uses magnetic fields and computerized radio waves to create accurate images of the patient’s organs and tissues. MRI is a non-invasive and safe medical imaging method that is used to accurately examine organs and bones and skeletons. MRI creates high-resolution images from inside the body that can help your doctor diagnose a variety of problems and diseases.

    How the MRI machine works

    When your body is placed inside an MRI machine, the magnetic field temporarily directs water molecules in the body in a row and neatly. Radio waves are then sent to a part of the body, causing these aligned atoms to become irregular again, absorbing energy and generating weak signals, which are used to create MRI images.

    MRI is widely used in hospitals and clinics for medical diagnosis, staging and follow-up of the disease. Compared to CT scans, MRI provides a better contrast in images of soft tissues, for example in the brain or abdomen. However, due to scans usually longer and longer, MRI may be a little harder and more frustrating than other imaging methods such as radiology and CT scans. So to do MRI, you have to look for a good MRI center so that you don’t regret it later!!

    Features of a good MRI center

    Many people have at least once in life and are generally familiar with it, but this is not enough to know a good MRI center. What should I know to find a good MRI center?

    Scanning medicine, however, specializes in evaluating these centers in the country and evaluating the best imaging centers in each city in terms of technical and specialized indicators and criteria. In this article, we are going to introduce M.R.A. centers in Qom. But first, let’s see how the characteristics of the MRI Center are evaluated appropriately and well.

    A good MRI center should be checked in the following directions:

    1- Medical staff and staff

    2- Quality of turn-by-turn services and sending answers

    3- Location of the center- neighborhood, interiors and installations

    4- Equipment and supplies

    5- Safety and Security

    6- Price

    Therefore, here you can get to know the best centers of M.R.A. qom. They can be private or public and private hospital imaging clinics.

    The best MRI centers in Qom

    1. Qom Radiation Medical Imaging Center

    Qom Radiation Medical Imaging Center started its activity in 2012 and is currently one of the best and most equipped diagnostic centers in the region. The presence of radiologists along with experienced experts and professional management and administrative staff, the use of the most modern equipment in the detection process and being located at the central point of the city and having a beautiful and quiet interior, has placed this center in the best diagnostic centers.

    Contact Information of Qom Radiation Medical Imaging Center

    Address of Qom Radiation Medical Imaging Center: Qom, 19 Dey (Bajak) Street, Alley 10, No. 19

    Contact Number of Qom Radiation Medical Imaging Center: 02537720085

    • In 2001, Azma Medical Imaging Center started its activity as the first MRI center of Qom province and has become one of the best and most equipped diagnostic centers in the region in its development path. The presence of well-known radiologists along with experienced experts and professional management and administrative staff, the use of the most modern equipment in the detection process, having a suitable and accessible geographical location and a beautiful and relaxed interior, has turned this center into a unique complex and has succeeded in obtaining the certificate of management system based on EN-ISO- 9001-2008 in accordance with the TUV NORD german executive procedure.

    Contact Information of Teb Azma Imaging Center in Qom

    Address of Qom Azma Medical Imaging Center: Qom, Imam Musa Sadr Boulevard (Khozfaraj), next to Sesal Bank, Safdari Alley 61, No. 280, Teb Azma Building- Postal Code: 3719639486

    Contact number of Qom Azma Medical Imaging Center: 02536617207

    • Farjad Imaging & Therapeutic Center

    Farjad Imaging and Therapeutic Center in Qom has started its activities since the winter of 2013 with the slogan “Farjad, a new plan for health promotion”. Imaging services of this center include: radiology, ultrasound, CT scan, MRI, which we will mention in different ways, this center is one of the most advanced centers in Qom city.

    Farjad Imaging Center’s services in the field of MRI include:

    – Brain MRI

    – Heart MRI

    – MRI joints

    – MRI wrist

    Contact information for Farjad Imaging Center in Qom:

    Address: Qom Street 19 January- Alley 10- No. 19- Farjad Building2- Farjad Imaging Center

    Call: 0253191

    M.R.A. turn in Qom

    In order to get an MRI appointment in Qom, you must first know a little bit about its challenges. Mri shifts have been taking place for years in person and spending a lot of time (traditional method). In this method, you need to go to the relevant center once in person to make an MRI appointment for yourself or your family members, and after receiving the appointment, you should go back to the center for MRI imaging at the specified time and day. Perhaps for most people this method did not bring a pleasant experience.

    One of the major challenges facing medical imaging services is due to delays associated with long waiting lists for MRI imaging methods. Such delays in diagnostic methods can lead to serious and irreparable damage to patients’ health.

    In addition to all this, in many cases patients or patients’ companions are sometimes confused due to little information about the process of receiving MRI appointments and performing MRI scans (which is completely normal). This means that they may go to a center at a cost and time and find that the MRI imaging center, for example, is unable to perform that particular type of MRI scan or does not perform a heavyweight MRI. So they need to go to another center, which causes them to have a lot of trouble.

    But medical scans have provided a new method for the convenience of dear compatriots throughout the country. In the scan of medicine, you can easily book an MRI in Qom for any time you are comfortable. This MRI booking allows you to manage your time yourself with the lowest cost and great comfort.

    It is recommended for anai more with how the MRI machine works to check the link specified.

  • What is the difference between CT scan and MRI?

    What is the difference between CT scan and MRI?

    What is the difference between CT scan and MRI?

    Today, there are few who can say that he has never heard of an MRI or a CT scan. We’ve all heard of these two body imaging methods. But certainly many people don’t know the difference between these two methods and sometimes mistakenly move their scan name. In this article, we are going to say in simple language how MRI scans are different from CT scans.

    Difference between CT scan and MRI
    Difference between CT scan and MRI

    CT scans and MRI scans are two different methods of medical imaging that create detailed images of the internal parts of the body, such as bones, joints and organs.
    Doctors prescribe CT scans or MRI scans to help diagnose a range of diseases and anatomical conditions. Both types of scans have similar applications, but they produce images in different ways. The CT scan uses X-rays, while MRI scans use strong magnetic fields and radio waves.
    In this paper, we will discuss the differences between CT scan and MRI scan as well as their use, methods and safety.
    CT scans and MRI scans are two different ways to create detailed images of the inner parts of the body. Doctors can then analyze images to detect abnormalities such as bone fractures, tumors on limbs or joint damage.
    Some people call CT scans as CAT scans, which stands for Computed Tomography. During the CT scan, the person lay on a large X-ray machine called a CT scanner. The device sends images to the computer.
    MRI stands for Magnetic Resonance Imaging. This type of scan uses radio waves and magnets to create images. During an MRI scan, the person lays in an MRI machine, a device that creates a constant magnetic field and uses radio waves to mutate water molecules and fat cells in the body. The MRI device also sends images to the computer.
    CT scans are more common and less costly than MRI. However, MRI scans produce a better picture than a CT scan.

    What is the use of CT scan and MRI?

    The applications of CT scans and MRI are very similar. CT scans are more common because it costs less and offers good body details. When your doctor needs to have more detailed images and read more of the body, he or she may prescribe an MRI scan.

    Difference between CT scan and MRI
    Difference between CT scan and MRI

    Common applications of CT scans include checking or searching for:

    • Identification of tumors
    • Bone fracture
    • Internal bleeding
    • Cancer development and response to treatment

    Doctors usually use MRI scans to diagnose problems with bones, organs and joints, including:

    • Ankle Scan
    • Scan breasts
    • Brain Scan
    • Heart scan
    • Joint Scan
    • Wrist Scan
    • Blood vessel scans

    What is the difference between MRI and CT scan procedures?

    In both scans, the person usually has to lie on the bed and then move inside the device. Patients must remain very inhabited and motionless during the scan so that the devices can take clear images. In both cases, technicians leave the room during the scan, but the person can talk to them via a voice communication link (intercom).
    The CT scanner takes several X-ray images of the body from different angles. The good news is that CT scanners are almost silent. But in front of them, MRI scanners are very noisy, and a technician may suggest a listening person or headphones to reduce the sound.

    Are MRI and CT scans both safe?

    CT scans and MRI scans are both very safe procedures. However, there may be minor risks, which vary between types of scans.
    During a CT scan, the person receives a very small dose of radiation, but doctors usually do not consider this amount harmful.
    CT scan uses ionized radiation that has the potential to affect biological tissues. According to the U.S. National Institute of Biomedical Imaging, the risk of cancer due to exposure to CT scan radiation is generally low.

    In what cases does your doctor prescribe an MRI or CT scan?

    The use of MRI and CT scans is very similar. Your doctor is based on a wide range of factors such as:
    Medical reason for the scan
    The level of detail required for images
    Is a woman pregnant
    Does a person have a classrophobia or other factors that may make mri scans difficult for them.
    MRI scans create a more accurate picture of soft tissue, ligaments or organs. Problems that may be easier to see with MRI scans include soft tissue damage, ligament tears and disc herniation.
    Doctors may use a CT scan to create a public image of a body part or to capture images of limbs or head fractures.
    CT scans may not be safe during pregnancy, so doctors may prescribe mri scans or ultrasound scans instead.
    MRI scans do not use radiation. However, they use strong magnetic fields. Individuals should notify their technicians to avoid potential risk if they have any type of medical implants, such as a pacemaker, insulin pump, or cochlear implant.
    MRI scans produce loud noises, so people usually use earphones or headphones to reduce sound. People with lorophobia may find it difficult to tolerate MRI scanners, although there are many different types of open MRI scanners currently available to solve this problem. Because the duration of the MRI scan is much longer than the CT scan.
    For both CT scan and MRI devices, your doctor may recommend using contrast paint to make images more transparent. Some people may react badly to certain types of color.
    In general, it can be said that CT scans and MRI are two methods of imaging the internal organs of the body. They have similar applications but produce images in different ways. The CT scan uses X-rays while MRI scans use strong magnets and radio waves.
    CT scans are generally good for larger areas, while MRI scans create a better overall picture of the tissue under investigation. Both have risks but are relatively safe methods. Depending on a range of factors, your doctor will advise the patient which scan is right for the individual.

    ⦁ receiving the scan appointment:

    The Specialized Website of Scan Teb has set up a panel for the convenience of patients to obtain medical scans and medical imaging so that patients can easily choose the date of the scan and their medical imaging center. Through the link below, you can choose the scan turn, the type of scan, the city you want to scan and the date and time of your scan.


    Internet Appointments