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When diagnosing cancer, it is better to go for precision oncology testing as it helps your doctor devise the best treatment schedule for your recovery.

mProbe's OncoOmicsDX is a revolutionary cancer diagnostic medicine that helps doctors in cancer therapy trial clinics make informed decisions. Learn how it works.

#Cancer Therapy Trial Clinics

Getting Your Concepts Clear Regarding Pharmacogenomics

Pharmacogenomics seems to be a crucial element of the precision medicine field. This study helps determine the impact of DNA on your drug response. But how can this genetic testing for medications be helpful for patients? We will have an in-depth look into the matter. mProbe wishes to clear all your doubts with the help of this post.

There are instances wherein your DNA can decide if the drug has a positive or negative impact on your body. Pharmacogenomics aims to optimize your well-being by informing if a medicine will be safe for you to consume. Isn’t that a time-saving prediction? Once doctors grasp this information, they can recommend a drug that is ideal for you. Here are a few more facts to decipher.

Understanding the DNA and Genes Better

DNA (Deoxyribonucleic acid) is that bodily substance that determines what we inherit (like eye colors.) It consists of genes and is present in each cell of the body. These substances have the responsibility to form enzymes. One of the many functions of genes include drug metabolism. There are some individuals who might not meet the expectations of responding to these drugs. These people are likely to have some genetic modifications that fluctuate the medication breakdown process.

The genetic variations are the primary reasons that determine a person’s medication response mechanism. And that’s how genetic testing for medications help figure out if a drug dose can lead to side effects. Also, note that this response relies on the medication itself. For example, for drug type 1, an enhanced breakdown can cause side effects. However, in the case of drug type 2, this breakdown increase can prohibit its proper functioning.

Familiarizing with the Pharmacogenomic Test

As you already know, your body consists of numerous genes that you inherited from your parents. A few of these decide your body’s processing capability of certain drugs. However, physicians always need some additional information while making critical treatment decisions for patients. That’s when pharmacogenomic testing becomes advantageous. Healthcare professionals can perform these tests for patients who require medications for anxiety, depression, and a few types of cancer.

The Life-Saving Promise of Precision Testing

Genetic testing for medications has always proved to be beneficial for determining the patient’s ideal treatment. And when the need for the best arises, mProbe stands tall with its fully-personalized approach. Now it’s easier to save patient’s lives by studying the biology of their cancer. Welcome to the new world of healthcare transformation!

#genetic testing

How Can Precision Medicine Achieve a Cure for Breast Cancer?

Chemotherapy targets and eliminates cancerous cells with the help of drugs. Most of these drugs are administered intravenously through a needle. Other times they can be taken as pills.

In 2020, 2.3 million people were diagnosed with breast cancer worldwide, out of which 685,000 were fatal cases. Today, two years later, it is still the world’s most prevalent cancer.

Chemotherapy breast cancer clinics offer chemo to their patients. But it is seldom enough to keep the jowls of cancer from sinking in. Doctors often resort to other supplemental treatments like surgery, radiation, and hormone therapy. To date, chemotherapy is considered one of the most advanced oncological treatments but are the side effects worth it? Especially when we have revolutionary medical technologies like precision medicine and proteomics knocking at the door.

Side Effects of Chemotherapy for Breast Cancer

Short-Term Side Effects

Chemotherapy breast cancer clinics essentially use drugs that target rapidly-spreading cancer cells but what is to stop them from harming fast-growing healthy cells as well? These include hair follicles, bone marrow cells, and cells in the digestive tract. The drugs can’t differentiate between cancerous and perfectly healthy cells.

Short-Term side effects as observed by most chemo patients include-

Balding and hair loss

Extreme fatigue and loss of appetite

Constipation, diarrhea, nausea, and vomiting

Weaker immune system

Neuropathy and foggy cognitive functions

Long-Term Side Effects

Most symptoms of chemotherapy gradually decline as you complete your treatment, but unfortunately, there are some long-term side effects that may linger.

Infertility and damage to ovaries

Bone thinning causing Osteopenia and Osteoporosis

Weakening of the heart muscles and other cardiac problems

Increased risk of leukemia

Precision Medicine for Breast Cancer

Precision medicine and proteomics is a specialized approach toward breast cancer that takes into account the big three - diagnosis, treatment, and prevention. Precision medicine considers the genetic and phenomic makeup of your being. Along with the biomarkers present in the cancer tissue, this approach has been around for less than a decade and yet it is already making waves in oncological research and treatment.

Cancer care was one of the first to employ precision medicine. Today, the technology has advanced far enough for different kinds of genetic and phenotypic tests that can contribute to personalized breast cancer treatment.

How Is It Done?

So how exactly is a personally tailored treatment for breast cancer prepared?

Drug-gene testing

An individual's genes and phenomes influence how the body reacts to cancer medication. Your oncologist is going to benefit significantly from an analytical report that outlines how your body processes different medication dosages. The study of the interaction between drugs and genes is known as pharmacogenomics.

Advanced Cancer

Sometimes the state of your cancer worsens despite availing of all sorts of treatment. In such cases, testing the phenotypic makeup of your cancer cells helps the doctor determine alterations in the cancer.

Family History

There are certain genes, for example, the BRCA gene, that, when inherited, increase the risk of contracting breast cancer. If precision testing detects the gene in you, the information can better your chances of finding an effective treatment.

How Can mProbe Help?

mProbe aids oncologists in making the right decisions regarding their breast cancer patients. The future of oncology is here! Visit our website to know more about the fascinating details of our precision proteomics.

#chemotherapy breast cancer clinic

What is the Kawasaki Disease? A Detailed Account

Kawasaki disease is an illness commonly affecting children younger than five. The majority of the patients suffering from this mysterious ailment are infants below two years, but occasionally, it is also known to affect older children.

The illness causes the blood vessels to become swollen and inflamed. It is a rare enough disease, and the exact reason behind it eludes doctors despite extensive medical research. Kawasaki disease manifests itself as extreme fever and swelling of the lymph nodes, and thus it is assumed to be some sort of infection.

The term Kawasaki is of Japanese origin, rather befitting when you consider that the annual incidence of the disease is nearly 150 per 100,000 in children of Japanese descent as compared to 10-15 per 100,000 of American descent. This seems to indicate that the ailment has connections to genetic predisposition. Kawasaki disease is not contagious.

How Is Kawasaki Disease Diagnosed?

Unfortunately, diagnostic methods for Kawasaki disease have baffled researchers for years. No specific Kawasaki disease testing treatments have been discovered yet, but we can arrive at a conclusion by ruling out other diseases with similar symptoms.

Scarlett Fever, caused by streptococcal bacteria, symptoms include fever, chills, rash and sore throat.

Juvenile rheumatoid arthritis

Stevens-Johnson Syndrome, illness of the mucous membrane

Measles

Tick-borne diseases like Rotty Mountain spotted fever

Toxic Shock Syndrome

Physical tests might include -

Blood tests, help rule out other diseases and check blood cell count. High WBC count, along with anemia and inflammation are potential symptoms of Kawasaki Disease.

Electrocardiogram, Kawasaki disease is often known to cause irregular heartbeats.

Echocardiogram, identifies problems with the coronary arteries.

Kawasaki Disease Testing Treatment

To avoid long-term health complications, it is essential that your child’s doctor begin treatment as early as possible. The preliminary goal of the treatment plan is to prevent damage to the heart and reduce fever and inflammation.

Gamma globulin - The immune protein, gamma globulin is injected intravenously to diminish the risk of coronary artery issues. Infusion of gamma globulin lowers the inflammation in the blood vessels.

Aspirin - Aspirin is in relatively high doses might work as an effective treatment against joint inflammation, pain, and fever. The dose should be lowered after the fever has been gone for 48 hours.

IMPOTANT NOTE - Usually, aspirin is restricted to children. Aspirin in children aged under 16 years is linked with a life-threatening condition, Reye’s Syndrome. However, treatment for Kawasaki disease is an exception. Even then, aspirin should only be administered under the strict supervision of a health care professional.

Today, advances in the genetic, phenomic, and proteomic analysis have marked a monumental uprising in Kawasaki disease testing treatment. Scientists are using precision analysis to recognize genes and potential biomarkers of Kawasaki disease.

Precision Medication and Precision Diagnosis with mProbe

mProbe is on a mission to revolutionize how diseases are predicted, prevented, and treated. We are transforming healthcare by -

Compiling a large phenomic data set

Cutting edge AI and data analysis

Matching individual omic-pattern

Predicting health outcomes

To learn more about mProbe and its noble endeavors, visit our website.

The Role of Clinical Decision Support for Precision Diagnosis

The treatment and diagnosis enhancement usually feel the need for clinical computing. And when such a demand arises, the Clinical Decision Support Systems (CDSS) become widespread. They extend their helping hands to a precision diagnostic laboratory for better results. And this integration leads to better patient safety and recovery.

Clinical Decision Systems have always brought sustainable outcomes in multiple sectors. These include diagnostic, reminder systems, prescription, medication dose, etc. However, the latest techniques intend to serve multiple clinical care areas. And with their much-needed assistance, the healthcare industry is going through a paradigm shift. Let us now explore its contribution to the precision diagnosis task.

Going Through the Basic Introduction

Clinical Decision Support Systems (CDSS) aim to enhance healthcare reliability with targeted patient details and clinical knowledge. It comprises the design of software for advanced medical decision-making. And what’s the exciting segment? The patient’s characteristics get the integration of a computerized knowledge base. After this step, the patient-specific recommendations meet the clinician’s desk for a better decision. That is how the precision diagnostic laboratory achieves optimum support.

Identifying the Less-Known Facts

Precision medicine can only effectuate its promise with proper decision support tools. It has the responsibility to streamline biomarker examination for prescribing the targeted therapies. In such conditions, clinical decision support systems analyze and sort molecular data. And what’s the purpose behind this act? Optimization of treatment algorithms! These support tools can lower the unwanted variations in results.

According to a study, less than 12% of non-small cellular cancer patients had to undergo tests for PD-L1 expression before obtaining pembrolizumab. That indicates improper target therapy usage. A complication might also occur while integrating targeted therapies and tests. If you look at one of the precision medicine treatment trials, you will find some shocking revelations. Only 13-15% of standard tumor testing possess actionable mutation.

Moreover, you never get guaranteed results while pairing it with a drug. Thankfully, the CDSS tools help to overcome these complexities by suggesting the most helpful biomarker tests. And that decision brings an impactful outcome on the patient’s well-being.

Unfolding the World of Healthcare Transformation

The precision diagnostic laboratory of mProbe is on a mission to revolutionize cancer care. Our exceptionally-talented clinical team opens new doors to prediction, prevention, and treatment. Furthermore, we prioritize the metabolite and protein expression to obtain evidence for precision health. Here arrives the predictive power!

Let’s Talk About Precision Oncology in Detail

Cancer is a very heterogeneous disease - between different patients and even the cancer cells in the same patient. Precision oncology takes the approach of targeted treatment depending on a person’s molecular and phenotypic makeup. Precision oncology testing believes there is no ‘one-size-fits-all’ solution to oncological care.

What is Precision Oncology?

The tumors and cancerous tissues in the patient are molecularly profiled to identify targetable alternations. Simply defined, precision oncology makes use of a patient’s genetics and phenotypes to develop cancer therapy that takes care of the specific molecular characters of their cancerous growth. With the introduction of precision oncology and the emergence of more personalized treatment modalities, there has never been a more exciting time in the fight against cancer.

What Does Precision Oncology Testing Aim to Achieve?

Slowly but surely, precision oncology and related research are making their way into mainstream cancer treatments. Traditional oncology practices like chemotherapy are cytotoxic. This means it kills healthy cells in addition to those affected by cancer. It is true that, to date chemotherapy is arguably the most efficacious and mainstay cancer therapy for patients, but one cannot deny the many and often devastating side effects that are associated with it.

The targeted treatment made possible by phenomic medicine zeroes in the specific genetic biomarker. The genetic biomarkers spare healthy cells and allow for only the cancerous cells to be blocked. Today, precision oncology testing has formulated methods for not just targeting the origin of the tumor but also any other cell with oncogenic mutations.

Is Precision Oncology Testing for Everyone?

Precision oncology is rapidly developing and has been a part of the many breakthroughs in oncological research. However, it is not yet a part of routine cancer care for most patients.

What Are the Challenges of Precision Oncology?

Privacy Issues

The research behind precision oncology relies hugely on cancer patients' donated tissue samples to medicine. In the United States, independent researchers and associations are required by federal law to comply with the HIPAA regulations. Of course, privacy laws are essential when handling such delicate data but there is no denying that bureaucratic involvement can slow down research by months.

Big Data Security and Storage

The genetic and phenotypic data of cancerous tissue is referred to as ‘big data’ by researchers and companies. The methods to store, study and share big data must meet the highest standards of security.

Storage is another major challenge in the acquisition of this phenomic data. The generation of such large volumes of data is a growing concern in precision oncology unless developers envision solutions for the future.

Collaboration Roadblocks

The progress in phenomic medicine can only be accelerated when different researchers, hospitals, and oncological institutions come together and share their findings, knowledge and experiment. There is still work to be done to promote a collaborative playground for everyone.

Concerns over PhenomicTesting

Precision oncology testing is a relatively new concept and may stem a lot of anxiety in people who were discovered to have a hereditary cancer gene. This often discourages patients from getting a test done. More awareness, education, and counseling are needed to help patients understand the long-term and short-term importance of phenomic testing.

What Does the Future Hold?

mProbe believes that we are in a post-genomic age; it is time to employ phenomes - the more definitive sister for precision oncology and medicine. With mProbe you can discover how our proteomic insights make a world of difference in your research and practice.

#precision oncology testing #oncology testing #precision oncology #oncology

A Beginner’s Guide to Breast Cancer Genetic Testing

According to researches, half of the people with a genetic mutation that is linked to the disease cannot do genetic testing after a breast cancer diagnosis. Approx. 5 to 10% of people suffer from breast cancer because of heredity. The most common three types of genes are BRCA1, BRCA2, and PALB2 which mutate and higher the risk of ovarian and breast cancer.

If women inherit any of these genes from their parents they have a higher risk of increasing breast cancer in their body. Mutations in these three genes are the main reason behind breast cancer in women. If you have a history of breast or ovarian cancer in your family, then contact the breast cancer genetic screening clinic to do a test.

Are You Suffering From Breast Cancer Because of Genetic Mutation?

Your relative has triple-negative breast cancer

There is a history of both ovarian and breast cancer on the same side of your family.

Any of your blood relatives like your mother, grandmother or aunt already suffered from breast cancer diagnosed before age 50.

If a man in your family had suffered from breast cancer.

You belong in Eastern European heritage

Your female family members have experienced cancer in both of their breasts.

Any of your family members experience cancer in other body parts like melanoma, prostate, stomach, uterine, pancreatic, sarcoma, thyroid and colon.

If you are black and are diagnosed with breast cancer before 35 years.

When does the National Comprehensive Cancer Network Recommend Genetic Testing?

If you are diagnosed with breast cancer at the age of 50, then you can visit a breast cancer genetic screening clinic. Having a known mutation in the family is also another reason for genetic testing. If a man in your family suffers from breast cancer, then there is a huge chance that you will also have a chance to have this disease in near future. The other scenarios are including:

If you are diagnosed with primary breast cancer.

If your near relatives were diagnosed with prostate cancer.

What Do Researchers Show?

A study has included approx. 959 people who are between 18 to 90 years old and they have also been diagnosed with breast cancer. The research has shown that about 6% were Black, 80% were white, 11% had a history of cancers, 7% were Asian and 65% had a family history of breast cancer.

Cancer is a Word, Not a Sentence

Undoubtedly, any cancer news can be bone-chilling to anyone. None of us want to go through the pain, tension and other therapies which are an integral part of having cancer. You may wonder what if any health analysis can alert you about this disease before it strikes root in your body. If this thought strikes your mind, then mProbe is the right destination for you.

#breast cancer genetic screening clinic

Molecular Diagnostic: Way to Analyze Potential Diseases

You must know about the genetic DNA testing kit, in which you have to provide your saliva sample. After that, DNA analysis is done on a specific code in your cell which makes you special. This test has become very popular in recent years and was referred to as a start-up as a genetic service. There is certain molecular diagnostic testing company suggest that this kit cannot supply the level of details and information like them.

This is a part of laboratory medicine, which can detect individual biologic molecules. They play a larger role in all areas of anatomic and clinical pathology. For the first time in history, diagnostic laboratories are providing information available to forensic scientists, pharmacists, physicians, research scientists, and other healthcare professionals.

What is A Common Example of Molecular Diagnosis?

These tests are typically done to understand if the patient has a gene mutation that is connected with a specific disease. This can be because of inherited or acquired mutation. You can test for inherited diseases in prenatal, newborn, or adult stages at the molecular diagnostic testing company. For example, the most common inheritance disease is cystic fibrosis, and if a newborn is seen to have two mutations with the gene linked with CF, the child has the risk of having this disease. Another example is people having hereditary cancer, in which they investigate for particular mutations in the BRCA1 and BRCA2 genes.

What Is It About?

Molecular pathology involves taking the unique code found in your cells, namely DNA or RNA, and analyzing for any red flags that could indicate the potential emergence of a specific disease. This technique is used to diagnose and monitor disease and detect any risk. This helps the physician to provide treatment according to the diagnosis and recommend personalized medicine. Most molecular diagnostic testing company are providing a range of medical specialties, which mainly include oncology, infectious disease, coagulation, and pharmacogenomics.

Why Is It a Scientific Advancement?

Grasping the order of three billion DNA genome that makes up a person’s DNA is known as genome sequencing. While the first genetic sequencing of the genome was taking place, there was a detonation in DNA sequencing innovation that helped to form the new generation of sequencing. This next-generation sequencing is also called massively parallel sequencing, which tells us about the modern sequencing technology.

The Innovative Medical Laboratory

Here at mProbe, they use new age technology to predict health diseases and recommends response to medication and lifestyle changes.

#molecular diagnostic testing company

Tests That Help Determine Cancerous Cells

If your doctor suspects you have cancer, they will do a complete evaluation. The evaluation might include a physical check-up, knowing the entire health history, and diagnostic testing. The doctor will recommend many tests to figure out if you have cancer or another condition that might have cancer-like symptoms.

You have to provide a urine sample or other bodily fluid or tissue to look for abnormal cells or tumor markers. These tests are done in different cancer screening labs, where they screen high-risk patients, identify treatment options, pinpoint the cancer stage, and evaluate if the cancer is responding to treatment. Some people opt for cancer therapy trial clinics as they offer new treatment options for patients.

Complete Blood Count Test

A complete blood count test or CBC measures the amount of each type of blood in your bloodstream. This test is done in a cancer screening lab by taking a sample of your blood, where they measure the level of red blood cells, which carry oxygen in your body; white blood cells, which help to fight infection; and platelets which stop blood clotting. This test can also determine hemoglobin, which allows the blood to carry oxygen and hematocrit. Different types of cancer conditions can be determined by this test, like leukaemia, infection, and anemia. If cancer is determined, the doctor suggests patients try going to cancer therapy trial clinics.

Circulating Tumor Cell Test

A circulating tumor cell test monitors prostate cancer, metastatic breast, or colorectal cancer. This can identify, capture, and count tumor cells in the blood sample. These cancer cells can detach themselves from the tumor and enter the bloodstream, which needs to be checked before you start your treatment in cancer therapy trial clinics.

Tests to Check Chemical by Cancer Cells

This test uses a blood sample to check for chemicals made from cancer cells. Tumor marker tests are usually done after a cancer diagnosis because sometimes healthy cells can make these chemicals too. Doctors from cancer screening labs say that sometimes conditions that aren't cancerous can also cause this marker.

Tests to Check Cancerous Genetic Materials

This test is done in cancer screening labs to find small pieces of cancer cells' genetic material known as DNA. Healthy and cancerous cells break apart and get inside blood streams so the blood can dispose them. Special tests are done to look for these pieces in the blood sample that are taken from the patient.

Latest in Tests

mProbe uses advanced data science and new technologies to recognize and predict diseases. They are known to treat and prevent diseases personally and precisely.

Using Proteomics-Based Approach for Clinics Is a Blessing

Proteomics studies proteins' function, structure, composition, and interaction and their cellular activity. It can also give you a better understanding of the structure and function of an organism. Everyone knows that protein expression keeps changing depending on time and environmental conditions, so the study is also complicated.

The study of proteomics has many applications in different fields like medicine, food microbiology, oncology, and agriculture. Recently Professor Matthias Mann has discussed his work in the field of proteomics, which states all the benefits of using it in proteomics testing clinics; he has suggested using timsTOF, which can help doctors with their diagnosis and predict human disease. The following article explains how it was started and the results we got from the research.

What Is the Importance of Proteomics-based Techniques in Clinics?

Nowadays, clinics depend mostly on the technical test while giving a diagnosis which is done with the help of one protein or small molecule. It is very hard to know how accurate these tests can be. For example, when the lab scientist is testing diabetes with high triglycerides, the antibodies are supposed to stop working, but the test doesn't say that. This can become easier with the help of mass spectroscopy-based techniques that are much more digital. It is helpful because when you use spectroscopy, you can measure many things at once, which means when the test is done in the proteomics testing clinic, it can give a more accurate diagnosis. Another reason is that most while testing, people look for one disease while they might have comorbidities that can only be caught using spectrometry.

Are Longitudinal Health Check-ups Useful?

Many plasma profiling experiments have proven that people have stable levels of most proteins in their blood plasma. These levels can differ from person to person, so it will be helpful to know the person's baseline levels before marking a diagnostic indicator. This makes the marker more sensitive as they have already established a level.

Which Clinical Field Can this be Used In?

The proteomics testing clinic can be beneficial for measuring blood tests and tissues. Recently plasma proteomics has been getting ready to be used as it is the most minimally invasive and only needs a drop of blood. When we talk about tissue, it is done for a more serious condition like cancer, which can also be done to people who are not necessarily sick. This test is also being done on people who are at-risk for some diseases like liver disease. The proteomics testing clinic can do this test faster and cheaper than the other ones.

The Future of Medicine is Here

mProbe has got the newest technologies and devices that can make all the testing easier and more accurate. Call them to schedule a booking.

Regular visits to cancer screening labs can save your life and your money. Here’s what, how, and why of cancer screening. Click here to know more.

#Cancer Screening labs #Cancer Screening

What is precision medicine and precision diagnostic laboratory and how can it build a better society and better tomorrow?

#precision diagnostic #precision diagnostic laboratory

Everyone gets scared when they hear chemotherapy as a treatment for breast cancer but it is not as bad as it sounds. Explore all about chemotherapy down below.

#Breast Cancer #Chemotherapy

What are precision medicine and precision diagnostic laboratory, and how is it transforming the world of health treatment? Is it the future of healthcare? Explore everything here.

#precision diagnostic #precision diagnostic laboratory

DNA sequencing can be defined as determining the order of a DNA building block in a person’s genetic code. This is an advanced way of…

#DNA Testing for precision health #DNA Testing #precision health

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