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How can You Cope with Scan Anxiety?

Scans can often bring feelings of uneasiness and nervousness, as patients cope with physical constraints during the scan and emotional uncertainty for their results. But scans are an important part of keeping you healthy during survivorship.  Anxiety before having a scan is completely normal. It is important to prepare yourself so you can proactively control your emotions and fears so they do not overwhelm you.  One way to reduce your stress and anxiety before a scan is to make sure you surround yourself with people who have been with you on your journey. You can also reach out to your healthcare expert for reassurance about the process. Below are 7 helpful tips to help you stay calm and confident leading up to, during and after your scans.

Distract yourself by staying occupied
By keeping yourself busy, you can stop worrying about the scan results. Many a time people think negatively which makes the process a bit seemingly overwhelming. It is better to take a hike for a short trip, make a new recipe, and watch your favorite TV show, read a book, listen to music, try a new hobby or call a friend to take your mind off your nerves.

Share your story
Once you are on course or have gotten done with the scan, you can share your story among the closed ones and even make them aware about the ct scan cost in gurgaon and give back to the community of support that helped them through their ailments. It can help take your mind off of your own anxiety by talking to other people who are in a similar situation.

Meditate
Relaxing is not only good for your overall health, but it can also help with anxiety. Accepting that you cannot control your results can help reduce your scan anxiety. Whether you choose praying, yoga, sitting quietly or listening to calming music, your path to meditation would guide you in finding what helps you relax and do it.

Exercise
Maintaining a healthy lifestyle through stressful times is good for your body and mind. Exercising helps combat fatigue both physically and emotionally, by releasing endorphins to make you feel more at ease.

Treat yourself
Sometimes the best way to take your mind off of your worries is to treat yourself. Eat your favorite food, watch your favorite movie, get a manicure and pedicure, go shopping, take a nap, or do another activity that you enjoy. Putting your needs, and even wants, first every so often can help take your mind off of anxiety.

Know when and how you will receive your results
Knowing this information will make you better prepare your nerves for the results that are due. Have a proper plan prior to your day of result as that can make the waiting period way less jittery than normal. It is better to feel anxious for 10 minutes than for 10 days.

Acknowledge your anxiety
There is nothing to be awkward about as far as having the scan at the ct scan centre in noida. The best way to get over is by talking to your family, friends and healthcare provider about your nerves. Treat them as your support system in this lean phase.

What is a Liver Test and What are Its Parameters?

A liver test consists of dosing a number of enzymes or substances transformed or manufactured in whole or in part by the liver, in order to assess the proper functioning of the liver or liver metabolism.

Why to go for a LFT Test?

The liver assessment allows, on the one hand, research a possible abnormal liver function, on the other hand, to clarify the nature of the abnormality highlighted to understand the origin of the attack better. Among different types of liver dysfunction, we distinguish different syndromes, the main ones of which are hepatic insufficiency (or hepatocellular insufficiency), cytolysis, cholestasis (with or without jaundice) and inflammation. When the diagnosis is established, the repetition dosages can then monitor the evolution of the anomaly.

Liver function tests (LFT Test) include the following parameters:

Bilirubin: Bilirubin is a pigment derived from the metabolism of the HEM group whose elevation in the plasma determines a striking clinical sign such as jaundice.

Alkaline Phosphatase: The function of this enzyme is unknown. It is present in various cell lines such as the hepatocyte, the biliary epithelium, the osteocyte, the enterocyte and the cells of the placental trophoblast. Therefore, its elevation in plasma can occur in various hepatobiliary, bone, intestinal pathologies and also in the last third of pregnancy.

Albumin: Albumin corresponds to 65% of the serum proteins and has a half-life of 3 weeks. The concentration in the plasma depends on the ability of synthesis and plasma volume. Therefore, variations of both determine changes in serum levels. In general, albumin is a useful marker of the severity of chronic liver disease although its levels can be affected by changes in renal function, urinary or intestinal losses.

Aspartate aminotransferase (AST): This enzyme is present in the parenchymal cells of the heart, muscle, and liver. Its subcellular location corresponds to the cytoplasm and the mitochondria. The elevation of serum activity of AST is usually accompanied by other alterations of liver laboratory tests and reflects hepatocellular necrosis.

Alanine aminotransferase (ALT): This enzyme is a cytosolic enzyme found mostly in hepatocytes, which gives it a higher specificity than AST. Its meaning is the same as the latter meaning it rises markedly in acute cellular necrosis phenomena and to a lesser degree when there is a chronic destructive process of the hepatocytes.

Total Proteins: The analysis of Total Protein in urine and brain spinal fluid is of great value in the diagnosis of kidney and central nervous system diseases. Elevations in urinary protein are very common in the following conditions: vigorous exercise, fever and hypothermia, nephrosis and diabetic nephropathy and urinary tract infections. The analysis of the total protein in the brain spinal fluid helps in the diagnosis of conditions such as meningitis, CNS tumors, and cerebral hemorrhage.

Globulin: Globulins are a group of water-soluble proteins found in all animals and plants. Among the most critical globulins are seroglobulins (blood), lactoglobulins (milk), ovoglobulins (egg), legumin, fibrinogen, antibodies (gamma-globulins) and numerous proteins of the seeds.

What Imaging Tests to Use to Detect Brain Aneurysms?

To go into deepness on this subject, it is essential that we know what a cerebral aneurysm is and, from there we will discover what the symptoms and causes are and finally understand how to detect it and what clinical tests to be performedby MRI test labs in Delhi, we begin!

A cerebral aneurysm is a cerebrovascular disease in which an abnormal widening occurs in the wall of a brain artery.

What is a cerebral aneurysm?  

A cerebral aneurysm is a cerebrovascular disease in which an abnormal widening occurs in the wall of an artery of the brain, which swells with the passage of time. This is due to a weakening of the wall of this, which makes the pressure of the blood to tighten it, even more, increasing the risk of the vessel ruptures and a part of the brain is filled with blood.

Symptoms of a cerebral aneurysm:

Signs may exist before the rupture of the blood vessel and signs after rupture. In the first case, the symptoms that can occur are a headache, dizziness, alterations in perception, loss of vision and balance. And the signs of a ruptured aneurysm are a stiff neck, pain in the face, double vision, sensitivity to light, seizure or change in speech or mental acuity, among others.

What causes brain aneurysms?

First of all, it is good to know that brain aneurysms can occur due to genetics or acquired diseases, as well as the consequence of unhealthy lifestyle habits such as alcohol consumption, tobacco abuse, excessive intake of foods with high levels of fats and sugars, drug use like cocaine or also due to the use of certain contraceptives and anticoagulants.

Imaging tests for the detection of a cerebral aneurysm:

The aneurysms can be diagnosed through several imaging tests, such as Computed Tomography (CT), brain magnetic resonance angiography (MRA) and computed tomography angiography of the head (CTA), which we explain below:

Computed tomography (CT)

This type of imaging test is usually the first user to determine if there is bleeding in the brain. If you want to deepen and better observe the blood flow, an angiography by computerized tomography will be performed, explained below.

Computed Tomography Angiography (CTA)

In this test, the patient is inserted with a dye that allows the professional to observe better the flow of blood in the brain and X-rays show a 3D image of the blood vessels and surrounding brain tissue, which could indicate more safely the presence of an aneurysm in the brain.

Magnetic Resonance Angiography (MRA)

MRA, which does not emit X-rays, is used to evaluate blood flow through the network of blood vessels in the brain. During this test, a dye can be injected to show the blood vessels more clearly.

For the radiologist:

If you are a radiologist or radiology professional and want to improve your working mechanics, request our demo of the PACS system that we offer, which will allow you to archive the imaging tests of your patients and consult them from any place and device.

What are the Specialized Diagnostic Images for?

The diagnostic imaging tests that apply X - rays have been with nuclear medicine, the largest source of general population exposure to natural radiation in non- Western countries in recent decades. The introduction of new diagnostic techniques such as computed tomography (CT) has rapidly increased the number of doses of ionizing radiation received, with significant consequences not only for the individual patient but also for the total population. The burden of disease caused by excess radiation can be considered as a relevant public health problem that could be prevented.

Efforts have been made both from the FDA to reduce this exposure. Among them, they are:

-          Promotion of the use of safe medical tests, through the establishment of requirements for companies that develop image tests

-          Introduction in MRI Scan Centres in Noida of quality practices and accreditation systems, and recommendations for the establishment of reference doses for each type of test;

-          Quantification of exposure of the general population to radiation derived from medical tests;

-          Creation of a record of the history of the dose of radiation received from each patient, which could help in decision-making;

However, many of the strategies designed do not include the participation of the patient, when they should assume more responsibility in the decision to submit or not to an imaging test taking into account the potential risks as well as the benefits. If the objective is to establish useful recommendations aimed at reducing exposure to radiation, it is necessary to involve all the actors involved, not only the health professionals and companies that develop the technology, but also the patient who will undergo this test.

The inclusion of the patient in decision making is carried out through informed consent. However, its format and the procedure in which it is applied may have limitations in the implication of the patient's co-responsibility. It is essential to know how the population reacts to this radiological risk information, and on the other hand, to see the opinion of the doctor about the best way to inform the patient and what kind of information should be provided.

That is, knowing the attitudes of physicians and patients before the communication of risk/radiological benefit can be an essential factor for the incorporation of procedures in clinical practice that include co-responsibility doctor-patient and lead to the rational use of imaging tests.

Computed tomographies and magnetic resonances are available to physicians to be able to diagnose inappropriate way pathologies that affect the internal organs and tissues of their patients' bodies. The diagnosis of diseases is increasingly specialized and accurate in the world. Thanks to the technological advance in the medical field, achieved in the last decades, it is possible to evaluate in detail each organ and tissue of the body and, through specialized diagnostic images, and detect any anomaly that may occur in them.

The decision of which examination should be performed on each patient depends on various factors that are evaluated by both the attending CT scan centre and the radiologist. These specialists take into consideration, among other things, the type of tissue of the organs they want to analyze, the level of detail required, the characteristics and clinical history of the patient, their age and the general state of health.

Hence the importance of having, not only with high-quality equipment but with doctors highly specialized in radiology who can determine the needs of each patient and make the best possible use of the available machines. A good part of the success of the method of diagnostic images for the detection of diseases is in the interpretation by the experts of the results that the teams produce.

The Differences between Making a Conventional CT Scan and One of the Latest Generation

The new computed tomography devices are not only less harmful to patients, but also facilitate and speed up the diagnosis process notably.

The doctor advised me that he has to perform a CT scan and that he will do it with a new generation computerized tomography equipment. What advantages do you have compared to the conventional CT?

The main advantage is that images is lower dose of radiation to the patient and lowest cost CT scan in Delhi. Also, its higher resolution power makes it possible to identify lesions with greater clarity and, being more quickly, the problems caused by the involuntary movement of the patient are reduced.

This new technology also allows heart studies to be made in the time that a heartbeat lasts, as well as screening for lung cancer using low radiation dose protocols. Finally, in the cases of patients who may have implanted metallic materials, it contains contracts that reduce the distortion of the image produced by these implants.

Does it involve any risk to undergo this test?

Only the inherent risk derived from radiation, although it is lower than in conventional CT since it has a precise dose control system that ensures the minimum radiation needed in each scan and for each patient (calculated about their physical characteristics). Also, it is a highly safe test in pediatric patients.

Do I require to do any prior preparation? Is the test always performed with contrast?

Most studies do not require any preparation on the part of the patient. Specific scans need fasting or certain restrictions in the diet. Some cardio logical examinations must be preceded by medication to control the heart rhythm, always under medical supervision. Neither is it still necessary to administer contrast, although in many cases its administration provides more information for diagnosis.

The conventional CT scan may take several minutes, depending on the body region and the size of the patient. CT is the technique of choice to acquire two-dimensional complete axial images of the body without the disadvantages of bone or air overlay of conventional radiographs.

One of the advantages of the helical technique by CT scan centres is the possibility of detecting lesions smaller than the conventional thickness of a cut.

Both in the CT with the single crown detector and in the multi-detector CT, the data is acquired continuously while advancing the table through the Gantry. The X-ray tube describes an approximately helical path around the patient. If the progress of the table is coordinated with the time required for a 360º rotation, the data acquisition will be complete without interruption.

In conventional CT the x-ray tube receives the energy for a rotation, which usually lasts 1sg and the intervals of 6 - 10 sg, this allows the tube to cool between one sweep and the next. In the helical CT, the x-ray tube is subjected to a crucial thermal state, since it receives energy for about 30 sg without interruption. Therefore, the helical CT tube is characterized by its high thermal capacity, its high cooling rates, and its large size. All these technical conditions increase the noise of the system.

Migraine and MRI : Do They have Any Relation?

Did you know that 12% of the population suffers from a migraine? That's right, and of this percentage 80% are women, and 2% suffer it chronically (considered that way, when they feel pain for a minimum of 15 days a month).

A migraine: what is it and what are its causes?

A migraine also called hemicranias, or migraine is a disease whose main symptom is a severe headache and may be followed by nausea or vomiting, sensitivity to light or sounds. Also as stated by the World Health Organization (WHO), migraine is considered one of the 20 most disabling diseases, because, during pain crises, patients feel so affected that they feel unable to perform any common task, whether of work, social or family nature.

As for the causes, it is true that migraine can be hereditary. However, it can occur for any of the following reasons:

  •         Changes in hormone levels during the menstrual cycle of women or with the use of contraceptive pills
  •         Changes in sleep patterns
  •         Consumption of alcohol
  •         Exercise or other physical stress
  •         Loud noises or bright lights
  •         Odors and strong perfumes
  •         Smoking or being in contact with smoke
  •         Stress and anxiety

Brain MRI and migraine:

Magnetic Resonance Imaging (MRI) and headache have more relationship than we can think, and that with the realization of this imaging test you can find evidence of changes in the brain in people suffering from a migraine.

Through this study, it was intended to check if there are anatomical changes in the brains of patients with a migraine, and for this purpose, magnetic resonance images of high spatial resolution of the mind of healthy and sick people were made.

The results of the study showed that there is damage to the gray matter of patients with a migraine. Also, these alterations are directly related to the years of evolution of the disease that is the more years of evolution of the disease in the patient, the higher the damage to the brain.

The MRI scan center in New Delhi continue to investigate in this area, not only to deepen on this subject but to know what the most effective treatment to combat this pathology is. If you want to be up-to-date with the studies or pathology investigations carried out through the different imaging tests, browse our blog and check out the content we offer you, go ahead!

A migraine - a neurological disease in which pain is most often localized in one half of the head, usually in the frontotemporal region. The patient, for no apparent reason, experiences long, painful paroxysmal headaches. As a rule, they are not associated with head injuries, stroke or a brain tumor- the appearance of a migraine is most often associated with changes in the work of the vessels, which are best visualized during MR-angiography.

If the attending physician wants to exclude or confirm the presence of a brain tumor, as a possible cause of a headache, the patient may be assigned an MRI Test with contrast enhancement. In the presence of neoplasm, MR imaging allows to identify, localize, and evaluate the structure, size, and relationship of the tumor with the surrounding tissues and midline structures of the brain. One of the advantages of the MRI method is the absence of harmful ionizing radiation, which makes the study entirely safe for the patient's health.

Answered in Detail: Your Frequently Asked Question on MRI Scans

This has been read, discussed, researched and yet people have been found (time and again) confused! Yes we are talking about MRI or Magnetic Resonance Imaging. Before detailed information about the MRI Scan Centre and the cost involved, we tell you what MRI is in a nutshell. MRI stands for Magnetic Resonance Imaging. It is a noninvasive diagnostic procedure that uses magnetic fields and radio waves to produce a clear and detailed digital image of the human anatomy. By conducting an MRI scan, physicians can detect and identify a number of medical conditions in their early stages and therefore increase the likelihood of recovery. Now it is time to answer some of the frequently asked questions:

1.      Is an MRI safe? Does it Discharge Radiation?

Yes, MRI scan is absolutely safe and it does not exude radiation. The magnet produces radiofrequency waves to scan the body part. Unlike CAT scans; this diagnostic imaging method does not involve any exposure to radiation. In fact, there are no known side effects related to MRI scans. However, because it does involve exposure to a strong magnetic field, patients with certain devices like pacemakers and other implants cannot get an MRI.

2.      What Causes the Noise in the Scanner?

There is nothing dangerous about the scanner making noise. It is basically the electrical current rising within the wires of the gradient magnet which produces a noise. This is because of the reason that the current in the wires are opposing the main magnet field; the stronger the field the louder the gradient noise.

3.      Can the Patient Talk While the MRI Scan is Going On?

You are required to stay still throughout the scan in the MRI Scan testbut you can still communicate with the technician as and when necessary. You may also ask any questions that you have regarding the procedure.

4.      Does it Make People Claustrophobic?

This is something that needs prior attention and information sharing with the MRI Scan center. If you are prone to claustrophobia, make sure to inform your physician about the same well in advance. There are two kinds of MRI machines: open MRI machines and closed MRI machines. The closed unit completely envelopes the patient during the scan, while the open MRI machine is a large ring that patients pass through. For patients who suffer from anxiety in closed spaces, the open MRI unit is ideal.

5.      Why is The Whole Body Put Under the Scan Even if The Scan is Only For The Head?

It is so because the area of the scanner that generates the images is located in the centre of the magnet. This is called the isocentre. Therefore, the scan is possible for your head only when the most of your upper body will be in the scanner. The same is applied when imaging the spine and upper extremities.

6.      How Long Does it take Before Getting the Scan Results?

On completion of the exams, the images are sent to one of the radiologists, (doctors specializing in the evaluation of diagnostic images.) Once read, the radiologist will create a report that will be sent to your referring physician. The entire process usually takes 24-48 hours.

Lastly, the MRI Scan cost is something that everyone is aware of or want an exact detail for. The cost of MRI depends on the body organ which is to be examined. For instance the cost for a MRI hand or Foot (Rt) with Contrast is INR 11500. Similarly MRI whole spine would cost INR 16000. 

Postures to Avoid for Mums To Be During Pregnancy

Mothers-to-be, take note. According to a recent study, reducing supine sleep - lying horizontally with the face and torso facing up during late pregnancy- may improve maternal and fetal health.

Whether you are standing, sitting or lying down; a good posture is essential for the pregnant woman as a wrong pause can cause pain and even harm the baby. A good posture provides comfort and helps in avoiding back and pelvic pain. Moreover the good posture can support the spine and help reduce circulation problems. So let us analyze each of the bodily postures and the position to avoid during pregnancy.

Sitting Position to Avoid During Pregnancy

·       The slouch position is a poor position during pregnancy as it can directly cause strain in your spine.

·       Sitting with the legs hanging increases the blood flow of the legs which can cause swelling. Though leg swelling is known to be a part and parcel of pregnancy, the poor sitting position can aggravate this situation.

·       While sitting during pregnancy, it is important to have a backrest that supports your spine. This way, the pregnant women can keep backaches at bay. One must avoid sitting on a stool and chair with low backs at all cost.

·       Bending forward while sitting is a very risky posture as it puts pressure on the abdomen. Not only does it cause discomfort but it is potentially harmful to the baby. During late pregnancy, the lower ribs can put pressure on the baby's body and potentially leave marks.

 

Other Good Positions During Pregnancy

Standing position

·       Hold head straight, chin in. Avoid tilting your head.

·       While you are standing, keep your shoulder blades backward and put forward your chest.

·       The knees must be straight and should not be locked.

·       It is best advised that you do not stand for long hours.

 

Lying down position

As it has been observed that a major number of pregnant women tend to rest by simply lying down. Hence it is important to look at those positions as well.

·       Putting a pillow under the head and not on the shoulder while sleeping is the best posture. The only thing to be noted is that the pillow is not too thick.

·       While sleeping, try and maintain the back curve whilst lying on your side with knees slightly bent.  You can use a pillow under the knees but do not draw them under your chest.

·       It is important to have a bed which has a firm mattress that does not sag. To maintain an even level, you can temporarily put the mattress on the floor.

·       Use a back/lumbar support if it makes you more comfortable. Alternatively you can also use a rolled towel or sheet around your waist.  

It  must be brought to the notice that positional therapy is a well-accepted way to reduce supine sleep and increase side-sleeping among the adults who have sleep-disordered breathing even though there is no prior studies that has examined its use in pregnant women. 

What is Contrast MRI?

Similar to X-ray or CT scans (computerized tomography), an MRI scan gives a precise picture of the scanned part of the body by using magnetic waves. But unlike CT scans, MRIs are done without any radiation. MRIs are further divided into two categories; contrast and non-contrast. Not many know about the latter. To answer the question as to what contrast MRI is, the explanation is rather simple. Contrast MRI differs from the regular MRI because it uses contrast dye which is injected into a patient prior to the scan. If you have been recommended to have a contrast MRI scan, here is what you need to know.

Uses and Advantages

Contrast MRIs are ordered by the physicians because they provide vivid images of certain conditions of the body. At times, the physician may also recommend a contrast MRI when the regular MRI fails to obtain render satisfactory image. Moreover, contrast MRI has proven to be worthy for in those cases where in the patients have undergone a back surgery. Not only does contrast MRI dye render clearer images but sharper images as well.                  

What’s involved in a Contrast Injection?

The key component involved in contrast injection is Gadolinium, which is a paramagnetic metal ion, is commonly used in contrast MRIs. It is used because of the way it travels within magnetic fields. In fact, it’s used in about 30 percent of MRI scans. To inject gadolinium or another type of contrast material, the technician will place a tourniquet and use an IV or a small butterfly needle. On an estimated basis, 10-20 milliliters of dye will be injected in the vein of the patient. The injection roughly takes 10-30 seconds. In the next step, the radiologist removes the needle and places the patient into the MRI machine for commencing the scan process. The gadolinium contrast medium can also be dispensed with the use of an automated injector.

How to Prepare

There is no such special preparation required to go for contrast MRI exam. The patient may continue to eat normally and keep taking their medicine unless told otherwise. To be on the safe side, it is always better to chalk out a diet plan or prescribed medication with your physician before making any changes. You’ll have to complete a screening form in which you will note any health conditions that could present a health risk or interfere with your exam. You’ll also be interviewed by a technician to make sure you understand all the questions on the screening form. You can’t wear anything that’s metallic, so you’ll have to remove metal jewelry, watches, hairpins and other items. Some of the potentially harmful and magnetic field attracting articles include magnetic strip laced credit cards, belt buckles, shoes, pens, keys, coins, hearing aids and all electronic devices. Most importantly, you should relax during your scan. To get over any of your doubt or concerns, discuss all the possible side effects with your physician or technician who would carry out the scan. Lastly, do not have any second thoughts about contacting mri test lab in Delhi.

What Ensures a Good Sonogram Image?

For a pregnant woman, the images of sonogram matters the most and why not? After all they give a sneak peek of what the baby may look like. In this age of social media many Ultrasound Clinic have also created online groups for sharing the ultrasound images which make the ladies drool over them. In the last 4-5 years elective ultrasound has become increasingly popular as more mothers want to see their baby’s face before he/she is born. And thanks to recent advances in technology, ultrasound machines can render 3D and 4D imaging that is more lifelike than ever before. But, there is something to be very specific about; that the two expecting mothers do not have the same wombs and the 3D images of sonogram does get influenced by the same. There are quite a lot of factors that influence the clarity of ultrasound photos. I am going to list the top 5 in order of importance below:

1.     The Location of the Placenta- Your placenta is the organ that develops inside your uterus during pregnancy that provides oxygen and nutrients to your growing baby. The placenta is attached to the uterine wall either in the front (called an anterior placenta), or in the back (a posterior placenta). If you have an anterior placenta, it will be over the top of baby’s face, making it harder to get clear photos. Therefore, the recommended timeframe to get 3D/4D imaging is at 28-34 weeks, before baby gets too big and squished into the placenta. If your placenta is posterior, it will be under the baby, and you can wait until 34-38 weeks to have your ultrasound. If you don’t know where your placenta is located, you can email us an ultrasound picture from your anatomy scan, and we can tell you.

2.     The amount of amniotic fluid- A higher amount of fluid present in the amniotic sac would ensure that the 3D/4D imaging is clear. Higher fluid levels are especially important if you have an anterior placenta because we need to have fluid between baby’s face and the placenta to be able to get images. To make sure you have fluid in the amniotic sac, it is recommended that you drink 65 to 80 ounces of water a day, every day, the week leading up to your ultrasound appointment.

3.     The position of the baby- It is ideal that your baby is head down (meaning the head is down low near your cervix). This is the position baby should be in before you go into labor. This position also yields the best 3D/4D imaging in the Ultrasound Test. The baby’s face should also be pointing upwards towards your stomach. If baby is looking towards your spine it would be impossible to get images. Babies in the breach position i.e. the gaping position are also harder to get images of, especially with an anterior placenta.

4.     The make and model of the Ultrasound Machine- Just like any other technology, the newer more modern devices and equipment produce better quality imaging. There are several major manufacturers of ultrasound machines. The leading brands offer the latest cutting-edge 3D/4D and high definition ultrasound technology. Ultrasound facilities that use newer, updated machines in the Ultrasound labs Delhi can provide you with better imaging of your baby.

5.     The experience of the sonographer- Learning to do ultrasounds is not an easy endeavor. Extensive professional training and several years of hands on practice is required to gain the experience necessary to acquire clear 3D/4D imaging. Additionally, the ultrasound tech should be knowledgeable about the tricks to get baby in the right position for photos. You’ll want to choose a facility that has an experienced tech who has performed, not just hundreds, but thousands of ultrasounds.