This technique is a valuable tool in the field of health, allowing us to detect early signs of cardiovascular problems, to identify problems related to enzymes and metabolism, to distinguish between endogenous and exogenous bacteria, to highlight the presence and characteristics of parasites, to detect signs of levels abnormal blood fats and to analyze the cells to better understand the immune system's response to infections and other threats. Dark field microscopy is, thus, an essential tool in exploring and understanding our health.
DARK FIELD MICROSCOPY
Microscopy is a special blood analysis technique that allows detailed observation of cells and microscopic structures. At Quantica 720°, we use this method to detect various pathologies, including irritable bowel, oxidative stress, dysbiosis, precancer and systemic mycoses.
Price: 420 RON
Duration: 30 - 45 min
Special offer Bright field microscopy + Dark field microscopy = 600 RON
What is dark field microscopy?
Dark-field microscopy is a microscopy technique used to observe transparent or weakly refracting objects that are difficult to visualize in an ordinary microscope with transmission or reflection light illumination. This technique uses a special disk called a "dark field stop" or "dark field diaphragm" to create a dark field around the object of interest.
Why is a microscopic blood analysis recommended in oncology?
Microscopic blood analysis is an important part of the diagnosis and monitoring of cancer patients (oncology) for several reasons:
Evaluation of organ function: Microscopic analysis of blood can provide information about the patient's general health and the function of various organs, such as the liver, kidneys, and bone marrow. This is important to determine if the patient can tolerate the treatment and to identify possible complications related to the cancer or the treatment.
Evaluation of hemoglobin and blood cell levels: Cancer can affect the production of blood cells or cause internal bleeding, which can lead to anemia or other blood-related problems. Microscopic blood analysis can assess the levels of hemoglobin, red cells, white cells and platelets, thus providing information about the health of the blood.
Monitoring the effects of treatment: Oncology treatments, such as chemotherapy and radiotherapy, can affect the number of blood cells or cause side effects. Through periodic blood tests, doctors can monitor how the patient responds to treatment and can adjust therapy accordingly.
Detecting complications: Cancer and cancer treatments can have side effects that affect organs and blood. Microscopic blood analysis can help detect and manage these complications, such as infections, thrombosis or kidney failure.
In conclusion, the microscopic analysis of blood is essential in oncology for diagnosing cancer, monitoring the evolution of the disease, evaluating the patient's general condition and managing the side effects of the treatments. This analysis provides crucial information for developing a personalized treatment plan and for ensuring adequate care of cancer patients.
In what other specializations is dark field microscopy still used?
Microscopic blood analysis is an important part of the diagnosis and monitoring of cancer patients (oncology) for several reasons:
Detection of tumor markers: Some types of cancer can produce substances called tumor markers or tumor-specific antigens, which can be released into the blood. Microscopic blood analysis can identify the presence of these markers, such as PSA (prostate-specific antigen) for prostate cancer or CA-125 for ovarian cancer. The detection of these markers can help to diagnose cancer, monitor the evolution of the disease and evaluate the effectiveness of the treatment.
Evaluation of organ function: Microscopic analysis of blood can provide information about the patient's general health and the function of various organs, such as the liver, kidneys, and bone marrow. This is important to determine if the patient can tolerate the treatment and to identify possible complications related to the cancer or the treatment.
Evaluation of hemoglobin and blood cell levels: Cancer can affect the production of blood cells or cause internal bleeding, which can lead to anemia or other blood-related problems. Microscopic blood analysis can assess the levels of hemoglobin, red cells, white cells and platelets, thus providing information about the health of the blood.
Monitoring the effects of treatment: Oncology treatments, such as chemotherapy and radiotherapy, can affect the number of blood cells or cause side effects. Through periodic blood tests, doctors can monitor how the patient responds to treatment and can adjust therapy accordingly.
Detecting complications: Cancer and cancer treatments can have side effects that affect organs and blood. Microscopic blood analysis can help detect and manage these complications, such as infections, thrombosis or kidney failure.
In conclusion, the microscopic analysis of blood is essential in oncology for diagnosing cancer, monitoring the evolution of the disease, evaluating the patient's general condition and managing the side effects of the treatments. This analysis provides crucial information for developing a personalized treatment plan and for ensuring adequate care of cancer patients.
What are the pathologies detected by dark field microscopy?
Microscopic analysis of blood provides information about the number of all types of blood cells, as well as about their size, shape and other physical characteristics. It is one of the analyzes usually recommended for the general assessment of the state of health, through which certain dysfunctions can be detected, such as anemia, infections or various other diseases.
Irritable colon
Dark field microscopy can be used to assess the likelihood of the presence of inflammation or other changes in the intestinal mucosa associated with irritable bowel syndrome. However, the definitive diagnosis of this condition is generally based on the patient's symptoms and the exclusion of other conditions.
Oxidative stress
This technique can help to observe some cellular changes associated with oxidative stress, but it is not a direct method of diagnosing oxidative stress. Diagnosing oxidative stress usually involves laboratory tests that measure the levels of antioxidants and reactive oxygen molecules.
Dysbiosis
Dark field microscopy can be used to study changes in the bacterial flora or microorganisms in various biological environments, including faecal samples or vaginal secretions. However, the diagnosis of dysbiosis may also require additional tests, such as analysis of microbial cultures or DNA sequencing.
Precancer
Dark field microscopy can be used to examine tissues and cells for early signs of malignant transformation. However, the diagnosis of precancerous or early cancers usually requires biopsies and histopathological analyses.
Systemic mycoses
Dark field microscopy can be used to identify microorganisms, including fungi, in biological samples. However, the specific diagnosis of a systemic mycosis usually requires advanced microbiological analyses, such as culture and species identification.
When is dark field microscopy recommended?
Dark field microscopy has a crucial role in the oncological field and beyond. Here's how it contributes to prevention, immune competence and other aspects:
Oncology:
Dark field microscopy is invaluable in oncology, as it can be used to evaluate cellular changes and the presence of tumor markers in blood or tissue samples. This provides a detailed image of cancer cells and other pathological changes, thus contributing to the early diagnosis of cancer, monitoring the evolution of the disease and evaluating the effectiveness of the treatment. By early detection of cancer cells or suspicious cell changes, more effective preventive measures can be taken.
Preventive Medicine:
Dark field microscopy can play a significant role in preventive medicine through the early detection of pathogens, such as bacteria or parasites, in biological samples. This technology can contribute to disease prevention by quickly identifying risk factors and infections. It can also help monitor an individual's overall health, identifying cellular changes or suspicious particles that could indicate an incipient medical problem.
Immune Competence:
Dark field microscopy can be used to study the cells and particles involved in the immune system. This gives researchers a detailed picture of how immune cells interact with pathogens and how they respond to them. This can contribute to the understanding of the body's defense mechanisms and to the development of more effective strategies to stimulate the immune system to fight infections and autoimmune diseases.
In conclusion, dark field microscopy is a versatile technique that makes significant contributions in numerous medical fields, from oncology and preventive medicine to the study of immune competence, thus contributing to the promotion of health and the improvement of disease management.
Our team of specialists
With dedication and experience, our team of doctors specialized in the service of Qualitative Blood Analysis and Dark Field Microscopy in the field of oncological pathology is here to offer you the highest quality medical care. In the fight against cancer, we are committed to helping you obtain accurate and essential information for the diagnosis, monitoring and management of the disease.
Our experience and competence in oncology allow us to confidently use qualitative blood analysis to assess the presence of tumor markers and to monitor cellular changes associated with cancer. Through dark field microscopy, we can examine blood and tissue samples with an accuracy and a level of detail that will contribute to planning the optimal treatment for each patient.
What pathologies can be detected by dark field microscopy?
Acid/alkaline biological terrain: Analysis with a dark field microscope can help to discover clues about the acidity-alkalinity balance in the body, by identifying abnormal cell shapes and particles.
Cellular oxygenation capacity: Through the detailed study of cells with this technique, we can detect signs of cellular stress and problems in the process of absorption and transport of oxygen.
Chronic inflammatory/infectious diseases: Dark field microscopy allows us to observe pathogens such as bacteria and parasites, providing information about the body's inflammatory and infectious response.
Allergies: The use of dark field microscopy can reveal abnormal cellular reactions or particles associated with allergies, contributing to the understanding of these reactions.
Oxidative stress: By analyzing cells and particles under specific lighting, we can highlight the signs of cellular damage caused by oxidative stress.
Systemic mycoses: This technique can help identify the forms of fungi in biological samples, providing clues related to fungal infections in the body.
Deficiency of vitamins and minerals: By examining the cells under the dark light, we can observe the signs of the lack of essential nutrients in their structure and functioning.
Precancerous pathologies/cancer: Dark field microscopy can provide clues regarding the appearance of abnormal cells and precancerous forms at an early stage.
Susceptibility to infections: Through the detailed analysis of cells and their characteristics, we can deduce the level of the body's resistance to infections.
Autoimmune diseases: This technique allows us to observe the cellular changes associated with autoimmune reactions, indicating potential problems with the regulation of the immune system.
Early changes - cardiovascular diseases: Dark field microscopy allows us to identify early signs of cardiovascular problems, by studying blood cells and other components.
Enzyme and metabolism deficiency: Through detailed analysis of cells and their structures, we can observe the signs of problems related to enzymes and metabolism.
Parasitosis: Dark field microscopy can reveal the presence and characteristics of parasites, helping to identify parasitic infections.
Dyslipidemias: By observing blood particles and cells under dark light, signs of abnormal blood fat levels can be detected.
Immune system functionality: This technique allows us to analyze cells to better understand the immune system's response to infections and other threats.
Irritable colon: Dark field microscopy can help observe inflammation and specific cellular changes in the intestinal mucosa, relevant for the diagnosis of irritable colon.
Hormonal imbalances: By analyzing the cells and the indications on the hormonal receptors, dark field microscopy can suggest imbalances in the secretion and regulation of hormones.
Iron deficiency: Observing blood cells under dark lighting can provide clues about possible iron deficiency in the body.
Kidney and liver functionality: By analyzing liver or kidney cells, this technique can indicate possible dysfunctions in the functioning of the liver or kidneys.
Presence of heavy metals: Dark field microscopy can help identify abnormal particles, including heavy metals, that can affect health.
Dysbiosis: This technique can reveal changes in the bacterial composition of the intestinal flora, being relevant in the case of microbial imbalances.
Chronic degenerative diseases: Observing the cellular structures can provide information about the general state of the tissues and about the degenerative processes.
Chronic fatigue: By analyzing the appearance of cells and particles, signs of stress and chronic wear and tear associated with fatigue can be identified.
Chronic pain: Dark field microscopy can provide information about cellular changes and inflammation that may contribute to chronic pain.
Frequently asked questions for DARK FIELD MICROSCOPY
Before the day of the test, it is recommended to have a break of at least 4-5 hours after the last meal. It is advisable to avoid the consumption of strong drinks such as black tea, coffee and energy drinks.
The qualitative testing of the blood with the help of the microscope in the dark field involves collecting a small drop of capillary blood by pricking the pulp of the finger with a sterile needle. Then, this drop is placed on a slide and analyzed with the help of a microscope. During this process, the patient can observe the peculiarities and changes identified on a monitor.
Analysis by dark field microscopy is generally not painful for the patient. The procedure itself consists in the collection of blood, tissue or other types of biological samples, and the analysis is later carried out in the laboratory with the help of a dark field microscope. Patients should not feel discomfort or pain during the analysis itself.
The duration for obtaining the results of the dark field analysis may vary depending on the type of analysis and the laboratory that performs the test. Usually, the results can be available within a few hours to a few days, depending on the complexity of the analysis and the laboratory's schedule.
To schedule a dark field microscopy analysis at Quantica 720° you can contact us at 0723 271 738 to discuss your needs.