Pioneering With Artificial Intelligence

Radiome PET CT Scan - Smart, Precise & Timely!

Anderson Diagnostics always leads in the forefront when it comes to adapting itself to the lightning speed progression of technology. Radiomics, being a novel and innovative field in the diagnostic sector is touted as an emerging and evolving discipline in medical imaging.  With our advanced Radiome PET CT, we can easily extract a huge data of medical images that can extricate features from: 

Anderson Diagnostics always leads in the forefront when it comes to adapting itself to the lightning speed progression of technology. Radiomics, being a novel and innovative field in the diagnostic sector is touted as an emerging and evolving discipline in medical imaging.  With our advanced Radiome PET CT, we can easily extract a huge data of medical images that can extricate features from: 

Computed Tomography 

Magnetic Resonance Imaging 

Positron Emission Tomography 

Single-Photon Emission Computed Tomography 

The Data Mined from Radiomics Helps In: 

Expert Analysis 

Precise Interpretations 

Addition of Data to the Already Available Visual Analysis 

Decipher Breast Cancer Phenotypes Accurately 

  • Computed Tomography
  • Magnetic Resonance Imaging
  • Positron Emission Tomography
  • Single-Photon Emission Computed Tomography

The Data Mined from Radiomics Helps In: 

  • Expert Analysis
  • Precise Interpretations
  • Addition of Data to the Already Available Visual Analysis
  • Decipher Breast Cancer Phenotypes Accurately

Radiology & AI - A State-Of-The-Art Combination!

Radiology makes use of a subset of artificial intelligence (AI) named machine learning. It surpasses the traditional statistic methods and excels in : 

  • Handling massive medical imaging data
  • Improving decision-making skills
  • Sharpening image interpretation
  • Differentiating benign and malignant tumours
  • Predicting treatment responses
  • Optimising medical care

Radiology & AI - A State-Of-The-Art Combination!

Radiology makes use of a subset of artificial intelligence (AI) named machine learning. It surpasses the traditional statistic methods and excels in : 

  • Handling massive medical imaging data
  • Improving decision-making skills
  • Sharpening image interpretation
  • Differentiating benign and malignant tumours
  • Predicting treatment responses
  • Optimising medical care

Radiomics - A Step Ahead!

Spearheading Like A Pro!

Radiomics not only extracts but also carefully analyses every medical condition in a scrutinized manner. The data acts as a guiding light to
make the right decisions at the right time! 

Radiomics not only extracts but also carefully analyses every medical condition in a scrutinized manner. The data acts as a guiding light to make the right decisions at the right time! 

How It Works

  • AI algorithms collect the non-visual data from PET/CT scan
  • Radiome, a 4D matrix, is built with x-y-z planes along with it.
  • The x-y-z planes comprise of image data, genomic information, and treatment methods.
  • 3rd Eye interrogates the Radiome.
  • The 3rd Eye is a mix of AI algorithms that pick-up data patterns.
  • Radiome PET CT Scan constructs a grey-level co-occurrence GLCM) Matrix
  • The patient data is compared with the normative database of 24,000 anonymous people.
  • A clear conclusion is made.

How It Works

  • AI algorithms collect the non-visual data from PET/CT scan
  • Radiome, a 4D matrix, is built with x-y-z planes along with it.
  • The x-y-z planes comprise of image data, genomic information, and treatment methods.
  • 3rd Eye interrogates the Radiome.
  • The 3rd Eye is a mix of AI algorithms that pick-up data patterns.
  • Radiome PET CT Scan constructs a grey-level co-occurrence GLCM) Matrix
  • The patient data is compared with the normative database of 24,000 anonymous people.
  • A clear conclusion is made.

How It Helps

null

TREATMENT

Forecasts tumour response to treatment

null

FDG AVIDITY

Evaluate tumours with no FDG avidity

null

CELL TYPES

Differentiate between tumour cell types

null

INFLAMMATORY

Differentiate inflammatory notes from malignant lesions

null

RESPONSE TO THERAPY

Phenotype tumours to get a deeper grasp of response to therapy

null

INFORMATION

Combine visual and non-visual data to come up with relevant information

Make an Appointment

Health problems? Medical Queries? Send us your questions.

=

FAQs

Why Do We Need Radiomics?

We need Radiomics for

Early detection
Timely medical treatment
Lower mortality rate

How Is Radiomics Useful for Oncologists?

Radiomics helps in the detection of
Cancer stage/intensity
Tumour location
Treatment methods
Shape/size of tumour
Texture of tumour
Right treatment method
Patient response

Make an Appointment

Health problems? Medical Queries? Send us your questions.

=

FAQs

Why Do We Need Radiomics?

We need Radiomics for

Early detection
Timely medical treatment
Lower mortality rate

How Is Radiomics Useful for Oncologists?

Radiomics helps in the detection of
Cancer stage/intensity
Tumour location
Treatment methods
Shape/size of tumour
Texture of tumour
Right treatment method
Patient response