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Exam Code: CCN Practice test 2022 by team
CCN CNCB Certified Clinical Nutritionist

The Clinical Nutrition Certification Board (CNCB) is a 501(c)(3) non-profit tax-exempt certification agency which provides professional training, examination and certification for health care practitioners.

The discipline of Human Clinical Nutrition applies principles derived from current biochemical and physiological scientific knowledge for the purpose of promoting optimal health while recognizing biochemical individuality. The Certified Clinical Nutritionist assesses a persons nutritional needs to achieve normal physiological function. Assessment includes the use of appropriate test and observations such as case history, anthropomorphic measurements, physical signs, laboratory tests, and nutrition/lifestyle analysis to determine an educational nutrition program. Assessment also provides the basis for referral to a licensed physician, or other health care professional.

The educational protocol may include, among other information, nutrition / lifestyle modification, nutritive supplementation, understanding of physiological/biochemical pathways, and evoking of regenerative processes.
The Certified Clinical Nutritionist (CCN) Examination establishes reputable standards of excellence.
Creation of a quality examination, based on a validated scope of practice which appropriately represents the field of clinical nutrition.
Candidate access to the broad scope of clinical nutrition training and a mechanism for recertification every five years, recognizing continued competency in the field.
The CCN Examination Candidate must:
Satisfy the CORE Requirements
Submit Credential Review Application and College Transcripts
Obtain Credential Review Approval
Complete the Post Graduate Studies in Clinical Nutrition Program (PGSCN)™
Achieve a passing score on the online CCN Examination

The CCN Examination processes and the examination data bank are reviewed and revised annually, in accordance with the specifications of the Role Delineation Study. The CNCB utilizes a criterion referenced passing point for each section of the certification examination.

CNCB Certified Clinical Nutritionist
Medical techniques
Killexams : Medical techniques - BingNews Search results Killexams : Medical techniques - BingNews Killexams : Artificial Intelligence In Agriculture – Another Place Where Medical Techniques Can Help

As weird as it is to me to know that ranching is part of agriculture, I do find it interesting that the price points on medical technology means that new techniques can move into the industry. Artificial intelligence in medicine has been a big part of its growth. Now AI is also moving to help ranchers to better manage their herds.

While much of the focus on AI in the field has been on vision and back-end analysis, the real world has a lot of another sense that matters – sound. In human medicine, of the first and easiest tools to use is the x-ray. That’s why radiology first started using AI to look for cancers. However, that’s not a reasonable tool for ranching and there are far more dangerous lung problems impacting herds. Bovine Respiratory Disease (BRD) is very contagious. It can cause pneumonia in calve, and that can be fatal. Just as with most other diseases in humans and other animals, the earlier BRD can be identified and treated, the better.


Given that BRD is, as the name clearly states, a respiratory disease, researchers at Merck Animal Health. realized that they could use microphones to capture sounds and then AI to analyze those sound for key features. As with vision, neural networks are the optimal tool for the complex analysis of the captured sound. Because this is a new area and yet there are experts who have an idea of key features, supervised learning is what they have used to train the system.

“As the use of sound recordings for BRD isn’t as widespread as radiology in humans,” said Udi Cohen, Ph.D., Head of Global R&D, Merck Animal Health Intelligence Technology Labs. “There is no comparable large database for system training. Using features calculated from the data, supervised learning allows us to identify elements that should be used for recognizing BRD. As the dataset grows, we will always be looking to see what additional tools can come into use.”

As cattle are run through the working chute, the current version of the WHISPER on Arrival is an external attachment for a recording device.


I expect that as versions of the machine evolve, and more diagnostics are supported by AI and other technologies in the field, that equipment will become integrated into increasingly advanced chutes that provide better analysis of a wider variet of livestock conditions.

Agriculture is a wide, varied, and complex series of industries that are critical to supporting our large global population. Tools which help to more efficiently manage agriculture are critical. When it improves the human care of livestock, it’s even more important. Artificial intelligence is finding its way into an increasing number of agricultural applications, and analysis to minimize the impact of BRD is one of the latest.

Tue, 26 Jul 2022 02:15:00 -0500 David A. Teich en text/html
Killexams : Breathing techniques for better sleep No result found, try new keyword!But if you are struggling to doze off every night, there are some breathing techniques that may make a difference. Elisabeth Clare, founder and director of MBST UK, has shared three ways focusing on ... Thu, 04 Aug 2022 23:30:00 -0500 en-ae text/html Killexams : Imaging techniques for UC diagnosis

Ulcerative colitis (UC) causes inflammation and ulcers to develop on the colon’s lining. Doctors use colonoscopies and imaging techniques such as CT and MRI scans to diagnose UC. X-rays may also help detect differences in the colon if other modalities are unavailable.

UC is a form of inflammatory bowel disease (IBD) affecting the colon and rectum. It typically manifests in 9–20 people per 100,000 per year. Although there is no known cause, medical professionals believe genetics and environmental factors play a significant part in people developing the condition.

Medical professionals use different imaging modalities. X-rays are not the first line. However, they can be helpful in emergent situations when other modalities are not readily available or safe.

This article explores how doctors diagnose UC and its symptoms, causes, and treatment.

Diagnostic imaging can help determine the extent and severity of the inflammation and assess any potential disease complications. This information will allow a gastroenterologist to recommend the best course
of treatment for a person’s condition.

The main diagnostic tool for UC is a colonoscopy. In addition to this, there are different imaging techniques, including:

  • colonoscopy
  • blood and stool tests
  • CT scans
  • MRI scans
  • plain radiographs

Colonoscopy and endoscopy are preferred and recommended by doctors for diagnosing and monitoring UC.

A colonoscopy uses a flexible tube with a camera to look inside a person’s rectum or colon. A person will usually receive some sedation during the procedure and must ensure their bowels are empty before the procedure.

The procedure usually takes around 30–60 minutes. During this time, the colonoscope may also inflate the large intestine with air for a better view. Gastroenterologists may also take a biopsy trial during a colonoscopy.

Another option is a virtual colonoscopy, which uses X-rays and does not view the entire colon. It takes less time and does not require an anesthetic.

Doctors recommend people with UC have regular colonoscopies due to the risk of colon cancer. At least 5% of people with UC may develop colon cancer. This risk increases with the duration and levels of disease activity.

Blood and stool tests are usually second-line studies that doctors undertake in diagnosing a person.

Blood and stool samples can show signs of UC and possible complications, such as anemia. They can also help identify infections and other associated digestive diseases.

Stool samples can also show signs of inflammation in the intestines.

Read more about the diagnosis of UC.

During a CT scan, a person lies on a bed that slowly moves through a cylinder-shaped structure while an X-ray tube rotates around the person.

CT scans use digital X-ray detectors instead of traditional film detectors to create a clearer image of a person’s internal structure and how much of a person’s colon is inflamed.

Doctors do consider radiation a risk factor for cancer. CT scans produce the largest amount of radiation compared to other types of scans.

An MRI is a noninvasive imaging procedure that uses magnetic fields and radio waves to produce a detailed image of the inside of a person’s body.

An MRI scanner is a large tube in which a person lies while a radiographer monitors the scanner. It can last for 15–90 minutes.

Other diagnostic tools such as plain radiograph and barium fluoroscopy do exist. However, they are fairly outdated in comparison to the other techniques.

Plain radiograph

Plain radiographs are a very old approach to diagnosing UC, and doctors will often not use this method unless other techniques are not available.

Medical radiography is a form of X-ray. This method records images of the body’s internal structure to assess disease activity and structural damage or differences.

Plain radiographs can show the colon wall thickening or mural thickening, often caused by inflammatory diseases such as UC. This 2018 study recommends a person undergoes an endoscopy following a CT scan that shows mural thickening as a surveillance method.

However, a plain radiograph is a fairly outdated approach to diagnosing UC and is limited compared to CT or MRI scans. Although in emergency situations this method is useful to evaluate the colon for severe inflammation and, more importantly, if there are signs that suggest colon perforation.


Compared to the images produced by CT and MRI, barium fluoroscopy has much less resolution and is much less common nowadays.

Fluoroscopy uses barium to view the gastrointestinal tract under X-ray imaging. Barium is a chalky and milky liquid that a person will drink before the procedure.

A specialist passes the X-ray beam through the body during a fluoroscopy procedure. The X-ray transmits the image to a monitor so that the radiologist cans see the inflamed area in detail.

When using this form of X-ray, symptoms can show in various ways:

  • inflammation on the surface of the bowel can appear as a granular texture
  • ulcers can appear as button-shaped mounds
  • in chronic cases, the bowel becomes featureless and becomes sorter with a lead pipe appearance
  • residual mucus can form to have worm-like appearances

UC is a long-term condition that causes inflammation and ulcers in the colon and rectum.

Medical professionals can use different imaging techniques to diagnose the condition. The most common modalities are colonoscopies, blood and stool tests, and imaging procedures such as CT and MRI scans.

In some rare cases, a doctor may use X-rays or barium fluoroscopy if the above options are unavailable. However, these techniques are fairly outdated compared to advanced diagnostic tools.

Tue, 12 Jul 2022 01:21:00 -0500 en text/html
Killexams : Just Add Water: A Biodegradable Paper Battery Could Power Medical Devices Someday

Single-use electronics, such as point-of-care diagnostic devices, may become more environmentally friendly thanks to an experimental water-activated, biodegradable battery.

In standard batteries, water can cause a short circuit by disrupting the flow of electrons from the positive to the negative terminal. Researchers from the Swiss Federal Laboratories for Materials Science and Technology, in Dübendorf, Switzerland, have harnessed the electrochemical properties of water and have used it as a catalyst.

When water is absorbed through the battery wick, it dissolves sodium chloride dispersed through the base of the battery and activates the electrochemical cell. The battery uses other biodegradable materials, such as zinc for the metal anode, graphite for the nontoxic cathode, and paper for the substrate.

The researchers developed sustainable materials and processing techniques that allow the printing of paper-based batteries that are "safe and nonharmful," according to co-author Gustav Nyström, PhD, and that "can therefore be disposed of with a minimum impact on the environment."

e-Waste, waste generated by electronics, has been steadily increasing. Each year, the total amount of electronic equipment used across the world grows by 2.5 million tonnes. With an increase in use comes an increase in waste.

Globally by 2030, the total amount of e-waste is expected to reach 74.7 million tonnes, which is equivalent to the weight of nearly 490 cruise ships.

The healthcare industry uses a variety of electronics that contribute to e-waste, including computers, tablets, mobile devices, and a slew of other small devices ― as well as all the batteries that power them. The researchers anticipate that devices such as point-of-care diagnostic equipment (eg, blood-glucose monitors and blood cell count measurers) could be powered by these batteries.

"We think it can be useful to power low-power electronics and sensors, for instance, for agricultural, environmental, or food sensing, but also, for instance, for biomedical diagnostic kits," said Nyström.

To demonstrate the energy capabilities, the researchers fabricated a two-cell battery and used it to power a digital alarm clock. The battery was designed to remain inactive until water is applied and absorbed by the paper substrate component of the battery.

Digital clock being powered by a battery made out of a piece of paper.

Once activated, a single battery cell can provide an open circuit potential of 1.2 V and a peak power density of 150 µW/cm2 at 0.5 mA. For comparison, a AAA alkaline battery has a voltage potential of about 1.6 V.

In the experiments, the battery operated for about an hour before performance decreased as a result of the drying of the paper substrate. When rehydrated, the battery rapidly recovered its performance capabilities.

A larger or thicker wick might extend the battery life by acting like a water reservoir, according to the researchers.

"Paper has been an information carrier for thousands of years. Now in the current connected society, we see a new role of paper as a safely disposable digital carrier of information," said Nyström. "Hopefully, our research can contribute to new ways to integrate energy storage."

Nyström reports no relevant financial relationships.

Sci Rep. Published online July 28, 2022. Full text

Kaitlin Edwards is a staff medical editor based in New York City. You can follow her on Twitter @kaitmedwards. For more news, follow Medscape on Facebook, Twitter, Instagram, and YouTube.

For more news, follow Medscape on Facebook, Twitter, Instagram, and YouTube.

Fri, 05 Aug 2022 09:07:00 -0500 en text/html
Killexams : Limitless Guided Visualizations App Partners with International Regenerative Medicine Provider BioReset Medical®️ to Improve Patient Outcomes

Limitless Healing

New Ketamine Treatment Packages Include Premium Access to the Limitless Guided Visualizations App for Metacognitive Support During and Between Treatments

SAN JOSE, Calif., Aug. 02, 2022 (GLOBE NEWSWIRE) -- Limitless Guided Visualizations™ (“Limitless”) today announced its first partnership with BioReset Medical®️, an international network of regenerative medicine clinics, to provide a first-of-its-kind approach to ketamine therapy. The audio journeys in the Limitless Guided Visualizations app help patients navigate their mindset during treatments and deliver providers a way to support their patients’ integration between treatments.

“Limitless is an invaluable addition to our multi-modality treatment approach. We believe that empowering patients to actively participate in their mental health journey is an important part of the healing process. Limitless helps our patients to prepare for their ketamine therapy, navigate their mindset during sessions and provides a safe container for them to continue to do the work in-between treatments,” said Matt Cook, MD, founder of BioReset Medical®️.

Limitless teaches the Metacognitive Healing Methodology, which evokes awareness of one’s thought processes and helps them understand the patterns behind their thoughts, using a variety of techniques proven to alter states of consciousness. By changing the relationship patients have with themselves and their perspectives on life, their sources of trauma can be revealed and transformed.

The BioReset Medical®️ ‘Stress Reset’ treatment packages integrate advanced medical techniques (including ketamine and stellate ganglion blocks) with added cognitive support through the Limitless app. These packages are designed to support patients with: chronic illness, depression, anxiety, PTSD, trauma, mood disorders, emotional distress, chronic pain, and repetitive thoughts.

Benefits seen by patients may include:

  • Establishing a mindset for healthy internal dialogue

  • Improving the body’s ability to heal itself by calming fight/flight/freeze/fawn reactions

  • Becoming aware of unproductive/unhelpful thought patterns

  • Creating new neural pathways that help the brain adapt, learn and create new memories

“The interconnectedness of mental health and physical health is often overlooked in current treatment models. We are thrilled to partner with BioReset Medical®️ visionaries who provide world-class regenerative medicine to their patients. Incorporating Metacognitive Healing™ in their treatment approach demonstrates their well-earned title of ‘thought leaders,” said Cali, the founder of Limitless Guided Visualizations and creator of the Metacognitive Healing Methodology™.

Every BioReset patient who medically qualifies for the Stress Reset package receives a year of premium access to the Limitless Guided Visualizations mobile app to support their healing journey. The packages include an initial series of eight ketamine therapy sessions, typically completed in 4-8 weeks, with the potential for booster treatments as needed.

During treatment, patients are set up in a comfortable recliner and are invited to listen to music or select a 90+ minute journey on the Limitless Guided Visualizations™ app. Then, they put on an eye mask and ‘float’ through their infusion over the course of an hour or so. In-app themes for these profound healing experiences include safety, wellness, love, resilience, presence, and flow. Patients are also encouraged to utilize the app in-between ketamine therapy sessions to develop skills in achieving personal clarity through 10+ minute Mindset Microdoses, which are brief foundational lessons of the techniques used in the longer journeys.

Limitless’s partnership model is adaptable and easy to roll out. “Limitless was designed to Improve treatment efficacy in many different environments: ketamine clinics, float spas, wellness centers, IV clinics, functional medicine clinics and beyond,” said Cali.

Limitless Guided Visualizations™ amplify psychedelic and medicine-based treatments but are not exclusive to in-clinic experiences. This lifestyle and wellness app has distilled decades of clinical expertise into an accessible model to help people access naturally altered states with or without medicine. Limitless is free to obtain in the App Store and on Google Play. The premium access content that BioReset’s patients receive includes an extended menu of guided visualizations, which can also be purchased directly through the app.

About Limitless

Limitless Guided Visualizations™ is a lifestyle and wellness app that empowers people to become the champion of their own personal health journeys. The Metacognitive Healing Methodology™ that Limitless teaches, leverages decades of clinical experience to help people access naturally altered states. In-app guided visualizations support a shift in consciousness through a whole body-being experience that draws on lessons from both psychedelic medicine and established health and wellness solutions. Cali, the founder of Limitless, developed the Metacognitive Healing Methodology™ in 2001 and began testing in a clinical setting in 2018.

About BioReset Medical

BioReset Medical®️ is an expanding network of visionary clinics where practitioners aim to be as non-invasive as possible, believing that the body performs a natural function of healing when supported by real care and the best technology. Profound and dynamic practitioner-patient relationships support the entire healing process via their concierge regenerative medicine model. Every treatment plan is personalized to each patient’s unique health needs and is designed to address issues at their root rather than treating individual symptoms as they arise.

Trevor Maniscalo
NisonCo PR
(630) 841-1017

Tue, 02 Aug 2022 00:24:00 -0500 en-US text/html
Killexams : AI performs as well as medical specialists in analyzing lung disease

A Nagoya University research group has developed an AI algorithm that accurately and quickly diagnoses idiopathic pulmonary fibrosis, a lung disease. The algorithm makes its diagnosis based only on information from non-invasive examinations, including lung images and medical information collected during daily medical care.

Doctors have waited a long time for an early means of diagnosing , a potentially fatal disease that can scar a person's lungs. Except for drugs that can delay the disease's progression, established therapies do not exist. Since doctors face many difficulties diagnosing the disease, they often have to request a specialist diagnosis. In addition, many of the , such as lung biopsy, are highly invasive. These investigative measures may exacerbate the disease, increasing a patient's risk of dying.

Taiki Furukawa, Assistant Professor of the Nagoya University Hospital, in collaboration with RIKEN and Tosei General Hospital, has developed a new technology to diagnose idiopathic pulmonary fibrosis. Using (AI), the group analyzed medical data from patients in Tosei General Hospital's interstitial pneumonia treatment facility, collected during normal care. They found that their AI diagnosed idiopathic pulmonary fibrosis with a similar level of accuracy as a human specialist. They published their results in the journal Respirology.

Despite finding that their AI performed just as well as experts, the team stress that they do not see it as replacing medical professionals. Instead, they hope that specialists will use AI in medical treatment to ensure that they do not miss opportunities for early treatment. Its use would also avoid invasive procedures, such as lung biopsies, which could save lives.

"Idiopathic pulmonary fibrosis has a very among lung diseases," Furukawa says. "It has been difficult to diagnose even for general respiratory physicians. The diagnostic AI developed in this study would allow any hospital to get a diagnosis equivalent to that of a specialist. For idiopathic pulmonary fibrosis, the developed diagnostic AI is useful as a screening tool and may lead to by collaborating with medical specialists."

Furukawa is excited about the possibilities: "The practical application of diagnostic AI and collaborative diagnosis with specialists may lead to a more accurate diagnosis and treatment. We expect it to revolutionize medical care."

More information: Taiki Furukawa et al, A comprehensible machine learning tool to differentially diagnose idiopathic pulmonary fibrosis from other chronic interstitial lung diseases, Respirology (2022). DOI: 10.1111/resp.14310

Citation: AI performs as well as medical specialists in analyzing lung disease (2022, July 28) retrieved 7 August 2022 from

This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.

Thu, 28 Jul 2022 01:23:00 -0500 en text/html
Killexams : PCOM South Georgia program prepares incoming students for medical school

MOULTRIE, Ga. — A new two-week program recently provided incoming Doctor of Osteopathic Medicine students with opportunities to learn from PCOM South Georgia professors, meet with current students and get to know members of the community as a way to prepare them for their journey in medical education. 

Created by Jason Walker, PhD, associate professor of physiology, the Fundamental Integration Required for Excellence (FIRE) program taught students how to navigate the new and intense volume, pace, and rigor of the curriculum at PCOM South Georgia. 

“This program was created to ease the nerves and stress that these students feel as incoming medical students,” Walker said.

Students in the program participated in exciting experiences – from learning suturing techniques to touring local hospitals. 

Local physicians Daryl Crenshaw, MD, and Fredrick Powell, MD, provided students with in-depth, behind-the-scenes tours of Colquitt Regional Medical Center and Archbold Medical Center. During each stop, the president and CEO of each hospital, Jim Matney and Darcy Craven, respectively, encouraged the students and provided life advice for their medical education and future careers. 

Savannah Finley (DO ‘26) recently moved from Augusta to Moultrie to begin her medical school journey at PCOM South Georgia. She said that meeting professors and students helped her better understand what will be expected of her when she begins the academic year in August. 

“We were able to hear lectures from professors who we will be seeing every day beginning in a few weeks,” she said. “That gave me the opportunity to adjust to those learning expectations and learn how to absorb the information in the way that it’s presented.”

She added that hearing from second-year medical students also gave her a realistic view of medical school.

“Hearing from current students, getting their advice, learning their study strategies and how to adjust to the new lifestyle was a huge help in preparing me for medical school,” she said. 

H. William Craver III, DO ‘87, FACOS, dean and chief academic officer, was a big proponent for the program. 

“We want to set our students up for success as best we can,” he said. “Providing them with this opportunity is one way we can do that. They are given the chance to see and experience what they are about to take on full-time, and it better prepares them for the medical school curriculum and learning style that they’ll be facing in August.”

Thu, 04 Aug 2022 09:00:00 -0500 en text/html
Killexams : At 7.9% CAGR, Medical Hybrid Imaging System Market Size to Hit $15.3 Bn Globally, by 2028 - Comprehensive Research Report by Facts & Factors

Facts & Factors

[226+ Pages Report] According to a market research study published by Facts and Factors, the demand analysis of Global Medical Hybrid Imaging System Market size & share revenue was valued at around USD 4.5 billion in 2021 and is estimated to grow to about USD 15.3 billion by 2028, at a CAGR of approximately 7.9% between 2022 and 2028. The key market players are listed in the report with their sales, revenues and strategies are Siemens Healthcare, GE Healthcare, Philips Healthcare, Hitachi Ltd, Atlantis Worldwide, Shared Imaging, Amber Diagnostic Inc., and Others

LONDON, UK, Aug. 03, 2022 (GLOBE NEWSWIRE) -- According to Facts and Factors has published a new research report titled “Medical Hybrid Imaging System Market By Type (PET/CT, SPECT/CT, PET/MRI), By Application (Hospitals, Diagnostic Centers), and By Region - Global Industry Insights, Growth, Size, Share, Comparative Analysis, Trends, Statistical Research, Market Intelligence, and Forecast 2022 – 2028” in its research database.

“According to the latest research study, the demand of global Medical Hybrid Imaging System Market size & share in terms of revenue was valued at USD 4.5 billion in 2021 and it is expected to surpass around USD 15.3 billion mark by 2028, growing at a compound annual growth rate (CAGR) of about 7.9% during the forecast period 2022to 2028.”

Market Overview:

Medical hybrid imaging systems are a combination of two or more imaging systems to obtain a novel imaging technique. These imaging systems are highly efficient and provide better imaging opportunities by combining two techniques. The combination of imaging also allows viewing of molecular processes as well as anatomical as well. Rapid advancements in medical technology, innovations in medical imaging technology, rising healthcare expenditure, rising prevalence of chronic diseases, and increasing focus on early diagnosis are major trends that drive medical hybrid imaging system market growth over the forecast period.

Click Here To Access Free trial Report of the Global Medical Hybrid Imaging System Market @

(A free trial of this report is available upon request; please contact us for more information.)

Our Free trial Report Consists of the Following:

  • Introduction, Overview, and in-depth industry analysis are all included in the 2022 updated report.

  • The COVID-19 Pandemic Outbreak Impact Analysis is included in the package

  • About 226+ Pages Research Report (Including latest Research)

  • Provide detailed chapter-by-chapter guidance on Request

  • Updated Regional Analysis with Graphical Representation of Size, Share, and Trends for the Year 2022

  • Includes Tables and figures have been updated

  • The most latest version of the report includes the Top Market Players, their Business Strategies, Sales Volume, and Revenue Analysis

  • Facts and Factors research methodology

(Please note that the trial of this report has been modified to include the COVID-19 impact study prior to delivery.)

Market Growth Dynamics

The increased awareness of healthcare among the general population is one of the major drivers driving the medical hybrid imaging system market's rise. Increasing spending on healthcare and rising technological proliferation in the medical and healthcare industries are other factors that influence the medical hybrid imaging system market potential over the forecast period. Medical hybrid imaging systems are a combination of two or more imaging techniques in order to create a more advanced and enhanced imaging result for better diagnostic and treatment procedures.

The increasing geriatric population, rising prevalence of chronic diseases, increasing healthcare spending, growing demand for early diagnosis, and an increasing number of diagnostic procedures are other factors that will positively impact the medical hybrid imaging system market potential. Medical hybrid imaging system manufacturers can focus on untapped markets to boost their market presence and increase revenue. However, the high costs of the medical hybrid imaging system are expected to have a constraining effect on the global medical hybrid imaging system market growth.

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Medical Hybrid Imaging System Market: COVID-19 Impact Analysis

The rapid appearance of the COVID-19 pandemic caused significant shifts in the economies of the entire world and had a detrimental effect on virtually every other facet of global society as well. A slowdown in growth was also observed in the medical hybrid imaging system market as a direct result of the pandemic that occurred in the year 2020. The many lockdown restrictions that were in place on a global basis made it difficult to manufacture and sell medical hybrid imaging systems, which in turn hurt sales of those systems.

In addition, the shift in emphasis placed on various aspects of healthcare led to financial losses for businesses that dealt in medical hybrid imaging systems during this era. As a result of the increasing emphasis placed on medical care all over the world in this post-pandemic era, it is anticipated that the market for medical hybrid imaging systems will expand at a consistent rate. Through 2028, it is anticipated that the increasing demand for early diagnosis will drive growth in the market potential for medical hybrid imaging systems.

Segmentation Analysis

In terms of type, the medical hybrid imaging system market is further segmented into PET/CT, SPECT/CT, and PET/MRI. Of these three the PET/CT segment is anticipated to hold a major market share and is expected to be the most lucrative segment over the forecast period. The increasing use of PET/CT imaging in oncology, neurology, and cardiology is expected to boost the demand for such imaging systems over the forecast period. Increasing the recommendation of PET scans in multiple diagnostic procedures is also expected to bolster growth in this segment.

The hospitals segment will hold a dominant outlook in the applications category over the forecast period owing to the rising deployment and use of medical hybrid imaging systems in these establishments. Increasing hospitalization and rising investments in the establishment of hospitals to provide better healthcare are other factors that will boost growth in this segment. Meanwhile, the diagnostic laboratories segment is expected to rise at the fastest CAGR over the forecast period.

The global Medical Hybrid Imaging System market is segmented as follows:

By Type

By Application

  • Hospitals

  • Diagnostic Centers

Browse the full “Medical Hybrid Imaging System Market - Global Industry Insights, Growth, Size, Share, Comparative Analysis, Trends, Statistical Research, Market Intelligence, and Forecast 2022 – 2028” Report at

Competitive Landscape

The report includes both qualitative and quantitative research on the global market for medical hybrid imaging systems, in addition to in-depth insights and development tactics used by the most prominent competitors. The research also includes an in-depth analysis of the primary rivals in the market, as well as information regarding the level of competition posed by those companies.

Some of the main competitors dominating the global Medical Hybrid Imaging System market include -

  • Siemens Healthcare

  • GE Healthcare

  • Philips Healthcare

  • Hitachi Ltd

  • Atlantis Worldwide

  • Shared Imaging

  • Amber Diagnostic Inc

Key Insights from Primary Research:

  • According to the analysis shared by our research forecaster, the Medical Hybrid Imaging System market is likely to expand at a CAGR of around 7.9% during the forecast period (2022-2028).

  • In terms of revenue, the Medical Hybrid Imaging System market size was valued at around US$ 4.5 billion in 2021 and is projected to reach US$ 15.3 billion by 2028.

  • PET/CT imaging systems are likely to see an increase in demand due to their expanding application in oncology, neurology, and cardiology in the coming years, based on types.

  • The healthcare industry especially hospitals sector is expected to play a big role in the applicationsegment.

  • On the basis of geography, it is projected that the medical hybrid imaging system market in North America will lead the world market.

Have Any Query? Ask Our Experts:

Key questions answered in this report:

  • What is the market size and growth rate forecast for Medical Hybrid Imaging System industry?

  • What are the main driving factors propelling the Medical Hybrid Imaging System Market forward?

  • What are the leading companies in the Medical Hybrid Imaging System Industry?

  • What segments does the Medical Hybrid Imaging System Market cover?

  • How can I receive a free copy of the Medical Hybrid Imaging System Market trial report and company profiles?

Regional Analysis:

The North American medical hybrid imaging system market is expected to lead the global medical hybrid imaging system industry and is anticipated to account for a major market share over the forecast period. The presence of key medical hybrid imaging system manufacturers and the increasing prevalence of chronic diseases are other factors that will majorly drive the medical hybrid imaging system market potential in this region through 2028. The increasing aging population, rising incidence of cancer, and rapid adoption of technologies are expected to be other factors boosting the medical hybrid imaging system market growth over the forecast period. The United States is projected to be the most lucrative market in this region through 2028. The presence of advanced healthcare infrastructure and high healthcare expenditure will majorly influence the medical hybrid imaging system market potential in the U.S.

By Region

  • North America

    • U.S.

    • Canada

    • Rest of North America

  • Europe

    • France

    • UK

    • Spain

    • Germany

    • Italy

    • Rest of Europe

  • Asia Pacific

    • China

    • Japan

    • India

    • South Korea

    • Rest of Asia Pacific

    • The Middle East & Africa

  • Saudi Arabia

  • Latin America

    • Brazil

    • Argentina

    • Rest of Latin America

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Report Scope

Report Attribute


Market Size in 2021

USD 4.5 Billion

Projected Market Size in 2028

USD 15.3Billion

CAGR Growth Rate

7.9% CAGR

Base Year


Forecast Years


Key Market Players

Siemens Healthcare, GE Healthcare, Philips Healthcare, Hitachi Ltd, Atlantis Worldwide, Shared Imaging, Amber Diagnostic Inc., and Others

Key Segment

By Type, Application, and Region

Major Regions Covered

North America, Europe, Asia Pacific, Latin America, and the Middle East & Africa

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Key Offerings:

  • Market Size & Forecast by Revenue | 2022−2028

  • Market Dynamics – Leading Trends, Growth Drivers, Restraints, and Investment Opportunities

  • Market Segmentation – A detailed analysis By Type, Application, and Region

  • Competitive Landscape – Top Key Vendors and Other Prominent Vendors

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Wed, 03 Aug 2022 03:28:00 -0500 en-US text/html
Killexams : IDF diagnosis: AI on par with medical specialists

Doctors have waited a long time for an early means of diagnosing idiopathic pulmonary fibrosis, a potentially fatal disease that can scar a person’s lungs. Except for drugs that can delay the disease’s progression, established therapies do not exist. Since doctors face many difficulties diagnosing the disease, they often have to request a specialist diagnosis. In addition, many of the diagnostic techniques, such as lung biopsy, are highly invasive. These investigative measures may exacerbate the disease, increasing a patient's risk of dying. 

Taiki Furukawa, Assistant Professor of the Nagoya University Hospital, in collaboration with RIKEN and Tosei General Hospital, has developed a new technology to diagnose IDF. Using artificial intelligence (AI), the group analyzed medical data from patients in Tosei General Hospital’s interstitial pneumonia treatment facility, collected during normal care. They found that their AI diagnosed IDF with a similar level of accuracy as a human specialist. They published their results in the journal Respirology.

Fri, 29 Jul 2022 18:53:00 -0500 en text/html
Killexams : IIT-Hyderabad launches MSc in Medical Physics, check admission process here No result found, try new keyword!Interested candidates have to visit the official website -- and submit their applications by August 12, 2022. The applications will be screened based on the marks obtained in the ... Wed, 03 Aug 2022 22:51:01 -0500 en-in text/html
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