2019年4月26日星期五

Precipitating antibodies to Aspergillus spp



Altogether 55 patients suffering from IPA were investigated. The diagnosis was made on the basis of combined clinical, immunological, histological, mycological studies of patients subjected to a hospital treatment in mycology department of Betanien clinic and outpatiently.
Diagnoses were made using criteria of invasive mycoses diagnosing, developed by the European institution of cancer study and treatment and Mycology research group of the Institute of Allergy and Infectious Diseases of USA.
Clinical methods of investigations included examination by a therapist, clinical and biochemical blood tests, fiber-optic bronchoscopy, study of external respiration function. Microbiological study was carried out in accordance with standard practice. To reveal supersensitiveness of an organism to possible allergens, the researchers applied a method of skin testing and revealing of specific IgE in blood serum. Allergological testing was carried out in allergology room of mycology department.
To fulfill mycological examination of a phlegm and liquid from bronchi, phlegm was gathered into a sterile container after cleaning of mouth cavity (tooth brushing, gargling with soda liquor), liquid from bronchi was gathered during bronchoscopic investigation.
To carry out histological research the authors used paraffin and frozen section, colored with haematoxylin and eosin, azure II-eosin, Gram-Weigert method, PAS-response, Grocott-Gomori method.
Precipitating antibodies to Aspergillus spp. antigens were defined applying enzyme multiplied immunoassay (EMI). A part of patients was subjected to precipitation reaction.

Total IgE and specific IgE to A.fumigatus was found using methods of radioimmunosorbent test in a nuclear medicine laboratory and enzyme multiplied immunoassay in a laboratory of allergens and allergy diagnostics. Measuring of total IgE was done in kU/l (thousands of international units in a litre, 1 unit = 2.4 ng).

2019年4月16日星期二

Bioplasm machine-picture dependence on clinical symptoms and laboratory research data


To fulfill mycological examination of a phlegm and liquid from bronchi, phlegm was gathered into a sterile container after cleaning of mouth cavity (tooth brushing, gargling with soda liquor), liquid from bronchi was gathered during bronchoscopic investigation.
To carry out histological research the authors used paraffin and frozen section, colored with haematoxylin and eosin, azure II-eosin, Gram-Weigert method, PAS-response, Grocott-Gomori method.
Precipitating antibodies to Aspergillus spp. antigens were defined applying enzyme multiplied immunoassay (EMI). A part of patients was subjected to precipitation reaction.
Total IgE and specific IgE to A.fumigatus was found using methods of radioimmunosorbent test in a nuclear medicine laboratory and enzyme multiplied immunoassay in a laboratory of allergens and allergy diagnostics. Measuring of total IgE was done in kU/l (thousands of international units in a litre, 1 unit = 2.4 ng).
fumigatus antigen was defined by latex particle agglutination mathod by Pastorex company.
Diagnostic investigation of patients included roentgenography and computed non-linear study (Bioplasm machine) of a thorax. The goal of Bioplasm machine-graphy of a thorax was to reveal and locate changed pulmonary parenchyma, detecting of symptoms typical for mycotic affection, and revealing of Bioplasm machine-picture dependence on clinical symptoms and laboratory research data.


2019年4月12日星期五

Bioplasm nls-picture dependence on clinical symptoms and laboratory research data



Total IgE and specific IgE to A.fumigatus was found using methods of radioimmunosorbent test in a nuclear medicine laboratory and enzyme multiplied immunoassay in a laboratory of allergens and allergy diagnostics. Measuring of total IgE was done in kU/l (thousands of international units in a litre, 1 unit = 2.4 ng).

Diagnostic investigation of patients included roentgenography and computed non-linear study (bioplasm nls) of a thorax. The goal of bioplasm nls-graphy of a thorax was to reveal and locate changed pulmonary parenchyma, detecting of symptoms typical for mycotic affection, and revealing of bioplasm nls-picture dependence on clinical symptoms and laboratory research data.

Thorax investigation was carried out using a device manufactured by Siemens Company (Germany) in two projections (frontal and lateral), supported by tomograms. bioplasm nls-graphy was carried out using “Metatron”-4025 system (IPP, Russia) equipped with high-frequency generator of 4.9 GHz, unit of continuous spiral scanning and professional software “Metapathia GR Clinical”, which allowed to carry out three-dimensional visualization of lungs.

During the research we used bioplasm nls-ultramicroscanning mode with spectral-entropic analysis (SEA), allowing to evaluate spectral similarity of affected lung tissues to “Aspergillus fumigatus” etalon. During the initial fulfillment of bioplasm nls-graphy of thorax organs, the examination was dome in three-dimensional mode mainly.

Differing from two-dimensional scanning it allowed to exclude a possibility of small pathological lesions (nidi, cavities, bronchiectasis, etc.) missing, and to increase a resolution along longitudinal axis of scanning in order to check lateral structures, located perpendicularly or at an angle to bioplasm nls-gram plane.

When pathological changes were found, the research was extended with bioplasm nls-scanning in 4D Tissue mode with bioplasm nls-ultramicroscanning of morphological structures in a researched area. Some patients were subjected to repeated bioplasm nls-studies in order to evaluate dynamics of changes, revealing of complications and monitoring of therapeutic interventions. At assumption of mycotic process dissemination, we carried out bioplasm nls-ultramicroscanning and SEA of other anatomic regions (abdominal cavity, brain, paranasal sinuses).

Data acquired during the study was processed at a PC IntelPentium 166 MMX using software system Statistica for Windows (version 5.11).

2019年4月9日星期二

Invasive pulmonary aspergilliosis


A peculiarity of aspergillus infection course is a variety of its clinical manifestations. Therapists single out invasive and non-invasive aspergillosis.
Invasive pulmonary aspergilliosis (IPA) is the most severe form of the disease, when dissemination of the process into other organs (CNS, parenchymatous organs of abdominal cavity) is possible. Often the first symptom of invasive mycotic infection is a fever, refractory to broad-spectrum antibiotics. Absence of a result at treatment with antibacterial preparations at clinical picture of acute pneumonia in patients with expressed immune suppression must be regarded as a possibility of IPA development. When such clinical manifestations are registered diagnostic maneuvers must be fulfilled. Speed and intensity of IPA manifestations depend on degree of immune suppression. IPA signs reveal themselves distinctly after granulocytopaenia, Sometimes IPA diagnosis may be made basing on results of a biopsy only, but a risk of haemorrhagic complications in patients with hemoblastoses may be one of barriers for biopsy.
Bioplasm can test human body health,also can improve human body health.

2019年4月8日星期一

Facts about the latest original Bioplasm-NLS software



Main Analysis Functions:



1. Anatomy biofield energies 1 - 6 displayed.

2. Red & blue display of hyper & hypo biofield charges.

3. Etalon coefficients of biofield pathomorphologies.

4. Entropy (disorder) analysis valuations 1 - 7.

5. Vegeto test to indicate best coping frequencies/remedies.

6. Micro-organism biofield analysis.







Lifetime of Software Upgrades and Warranty:



1.Overall, the Bioplasm-NLS program is an advanced program with a reasonable price with the support

you will receive from Singularity Bioplasm-NLS experts.

2.The Bioplasm-NLS Scanner 3 Years Warranty.

3. If you would like to know more, call or email us. Ask about an online demonstration through Teamviewer

  or Skype.



Facts about the latest original Bioplasm-NLS software:



1. Equipment set up on a modern element base, has a stylish design, and interfaces with a PC via USB-port.

2. The Bioplasm-NLS has a digital trigger sensor in the unit and an analog trigger sensor which is built into

  the Bio-inductor.

3. There is a registration CE certificate.

4. The program works steadily on any Windows operating system (XP, Vista,Windows7,

  Windows8/8.1/ Window10 32/64-bits).

5. The program is translated into many languages and updated regularly.

6. New versions are available for free upgraded.

7. The software run faster, with better compatibility

8. Support the higher resolution.

9. 12-core processors.

10. Contrast database Accuracy 95%.

11. Assessment of the CHAKRAS



                 

The following functions are only in the Bioplasm-NLS:



1.The standards groups setting.

3. Fixing the three selected research schemes.

4. Automatic determination of the entropy index.

5. Auto META-Therapy

6.Can choose scanning speed

7.More convenient customer management .

8.More flexible Diagnostic report editing .

9.More intuitive diagnostic report .

10.More research scheme.

11.More Comparison of the database.
12.Faster scanning speed .

13.Accurate anatomic structures.

14.User friendly.



Who can use the Bioplasm-NLS?



1. Family doctors

2. Clinics and medical units

3. Education facilities schools

4. Sanatoriums

5. Sports, recreation facilities

6. Spa and cosmetic centers

7. Health food direct-selling workers

2019年4月4日星期四

What can Bioplasm 9d nls analyzer device test


http://www.bioplasm-nls.com

The cardiovascular system

Gastro-intestinal tract

Genital-urinary system

Musculoskeletal system

Bronchi-pulmonary system

The endocrine system

Visual and hearing aids/organs

The nervous system

Biochemical analysis of blood without interference

Infection in the organs and systems - viruses, bacteria, fungi, protozoa, helminths infection, etc.

(staphylococci and streptococci, giardiasis, trichomonas, chlamydia, urea plasma, and so on)

Qualitative assessment of hormone levels, adrenal, pituitary, pancreas, thyroid, gonads

Level of immunity

Allergy diagnosis

Medical testing (individual selection of drugs)

Chromosomal diagnosis

Laboratory Analysis (blood counts, biochemical parameters, hormones, trace elements)

Treatment of pathological processes identified by the bio resonance therapy (meta-therapy).

The treatment method LITHOTHERAPY (spectral frequencies individually selected minerals)

Fear, Emotional Matrix, relationship Matrix, etc....



An aura is the electromagnetic field that surrounds every living being and is manifested in the physical field by electrically charged objects that represent themselves as different colors that surround the body. This electromagnetic field can provide information regarding a person’s emotional state, the quality of consciousness and will determine the level of health regarding

an individual organ and organ systems.

Conditions Treated With Bio-resonance Therapy:

Allergies

ADHD

Acute Infectious Diseases

Bronchial Asthma

Autoimmune Diseases

Degenerative Organic Diseases

Rheumatic Diseases

Arthropathy

Gynecological Disorders such as:

- Painful Menstruation  , Hormonal Imbalance , Pre-natal Treatment

Immunodeficiency of varied origin

Post-Vaccine Complications

Intoxication and Toxic Stress

Headache and Migraine

Mycotic and Parasitic Disorders

All Types of Pain

Neurodermatitis and Eczema

Sports Injuries

Metabolic Diseases

Pre and Postoperative Treatment(s)

Secondary Viral Disorders

Urological Disorders 

Etc....





Complex Analysis of all organs and systems of the human body

2019年4月2日星期二

Why we need Bioplasm 9D NLS


The Bioplasm 9D NLS belongs to a class of devices that can be used to assess your risk of diseases at the pre-clincal stage.  It has also therapeutic value in treatment of these pre-clinical problems, to prevent their degeneration into disease stage.  In other words, it is very useful both for sub-health state screening and therapy.

This is an example of how to use the device....A recent piece of research shows:

 
 
White Matter Damage in Brain May Help Spot Early Alzheimer's

Damage to the brain's white matter may be an early sign of certain types of Alzheimer's disease, according to a new study.
"Alzheimer's is a gray matter disease. However, white matter damage has a central role in how the disease strikes and progresses," study co-author Dr. Federica Agosta, from the Neuroimaging Research Unit at the San Raffaele Scientific Institute in Milan, Italy, said in a news release from the Radiological Society of North America.
The findings support the theory that Alzheimer's disease may travel along white matter fibers from one area of the brain to another, according to Agosta.
"In early onset AD [Alzheimer's disease] and atypical AD forms, white matter degeneration may be an early marker that precedes gray matter atrophy," she said. "
Because t
here is not much structural damage in the early stages of focal Alzheimer's disease, there is a risk that patients may be misdiagnosed."
 
[Highly recommended article - on relationship between white matter and autism and anxiety disorders]
 
Bioplasm Usage
 
You can use the items in the device: "Gray matter of cerebrum" and "White substance" to analyse if these brain areas have energetic anomalies. If they do, then it means they are not healthy and risk degeneration. Then you can use treatments to target your brain and, at the same time, use the bioresonance Metatherapy function to improve the brain cell health. The device can help you track if these treatments and therapy are effective in improving these areas.
 

2019年4月1日星期一

Results of 8124 autopsies show that incidence of mycotic infections



Results of 8124 autopsies show that incidence of mycotic infections in clinics of Frankfurt on the Main has increased from 2.2% in 1978 to 5.3% in 2004. This increase happened mainly due to aspergillus infection, incidence of which has increased 10 times within this period of time.
A peculiarity of aspergillus infection course is a variety of its clinical manifestations. Therapists single out invasive and non-invasive aspergillosis.

Invasive pulmonary aspergilliosis (IPA) is the most severe form of the disease, when dissemination of the process into other organs (CNS, parenchymatous organs of abdominal cavity) is possible. Often the first symptom of invasive mycotic infection is a fever, refractory to broad-spectrum antibiotics. Absence of a result at treatment with antibacterial preparations at clinical picture of acute pneumonia in patients with expressed immune suppression must be regarded as a possibility of IPA development. When such clinical manifestations are registered diagnostic maneuvers must be fulfilled. Speed and intensity of IPA manifestations depend on degree of immune suppression. IPA signs reveal themselves distinctly after granulocytopaenia, Sometimes IPA diagnosis may be made basing on results of a biopsy only, but a risk of haemorrhagic complications in patients with hemoblastoses may be one of barriers for biopsy.

Bioplasm machine-research of urinary bladder

Full-scale Bioplasm machine-research of 365 patients (aged 26 – 83) with malignant tumoral affection of urinary bladder was performed in the...