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Federica Frau/Vascular Age Check Riepilogo
This is a noninvasive assessment for the prevention and screening of hypertension that examines blood pressure and arterial stiffness. Determining arterial stiffness is equivalent to estimating the ability of arteries to expand and contract in relation to various phases of the cardiac cycle. A stiffer artery has a reduced ability to cushion, by dilating, the blood flow emitted at each systole, and the result is higher values of systolic pressure and lower values of diastolic pressure centrally.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, agThis is a noninvasive assessment for the prevention and screening of hypertension that examines blood pressure and arterial stiffness. Determin ing, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. rterial stiffness is equivalent to estimating the ability of arteries to expand and contract in relation to various phases of the cardiac cycle. A stiffer artery has a reduced ability to cushion, by dilating, the blood flow emitted at each systole, and the result is higher values of systolic pressure and lower values of diastolic pressure centrally.
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Federica Frau/Bones Check Riepilogo
Osteoporosis is defined as a systemic disease of the skeletal system, characterized by low mineral density and deterioration of the micro-architecture of bone tissue, resulting in increased bone fragility mainly related to aging. This situation leads, consequently, to an increased risk of fracture (particularly of vertebrae, femur, wrist, humerus, ankle) due to even minimal trauma. The processes of bone demineralization mainly affect women after menopause, but also young women and men with genetic predisposition. Osteoporosis does not give immediate symptomatology so it is very difficult to diagnose, it is called a "silent" disease with no obvious symptoms.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow theOsteoporosis is defined as a systemic disease of the skeletal system, characterized by low mineral density and determinior ation of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporoticthe micro-architecture of bone tissue, resulting in increased bone fragility mainly related to aging. This situation leads, consequently, to an increased risk of fractures, ( particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. of vertebrae, femur, wrist, humerus, ankle) due to even minimal trauma. The processes of bone demineralization mainly affect women after menopause, but also young women and men with genetic predisposition. Osteoporosis does not give immediate symptomatology so it is very difficult to diagnose, it is called a "silent" disease with no obvious symptoms.
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Federica Frau/PSA Check Gestione
In general, PSA values in the range of 0.1 and 4 ng/mL are considered normal, while levels above 4 ng/mL are considered abnormal. However, the normal range can be extended up to 6.5 ng/mL in men over 65 years of age, as PSA values tend to increase with age.<g id="1"/>Beyond age, the test result can be altered by several other factors. For example, certain medications for the treatment of benign prostatic hypertrophy and baldness (such as finasteride and dutasteride) can reduce PSA values by 50 percent, just as medications that affect testosterone levels can alter the outcome of the test.<g id="2"/>Also trauma to the prostate from, for example, prolonged bicycling, motorcycle riding, or horseback riding can increase PSA levels in the blood.<g id="3"/>In addition, it is recommended not to test with a current urinary infection or immediately after having some specific invasive tests (such as rectal examination or prostate biopsy), as these conditions can raise PSA levels. Finally, for the same reason, it is recommended not to engage in strenuous physical activity or sexual intercourse in the 48 hours prior to the test.<g id="4"/> Consequently, please remember not to make appointments if these circumstances are present.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletalIn general, PSA values in the range of 0.1 and 4 ng/mL are considered normal, while levels above 4 ng/mL are considered abnormal. However, the normal range can be extended up to 6.5 ng/mL in men over 65 years of age, as PSA values tend to increase with age.<g id="1"/>Beyond age, the test result changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength be altered by several other factors. For example, certain medications for the treatment of benign prostatic hypertrophy and b allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particuldness (such as finasteride and dutasteride) can reduce PSA values by 50 percent, just as medications that affect testosterone levels can alter the outcome of the test.<g id="2"/>Also trauma to the prostate from, for example, prolonged bicycling, motorcycle riding, or horseback riding can increase PSA levels in the blood.<g id="3"/>In addition, it is recommended not to test with a current urin arly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hipinfection or immediately after having some specific invasive tests (such as rectal examination or prostate biopsy), as these conditions can raise PSA levels. Finally, for the same reason, it is recommended not to engage in strenuous physical activity or sexual intercourse in the 48 hours prior to the test.<g id="4"/> Consequently, please remember not to make appointments if these circumstances are present .
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Federica Frau/Joint Mobility Check Gestione
At the end of the check-up, a report will be provided to the client showing the mobility scores for all exercises performed and the observational postural assessment with indications of how posture might affect his mobility.
Quantitative bone ultrasonometry is a diagnostic technique that reliesAt the end onf the transmission of high-frequency waves through the mineralized matrix. This method is uscheck-up, a report will be provid ed into the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicatclient showing the mobility sc ore s of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenufor all exercises performed and the observational postural assessment with indic ations of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hiphow posture might affect his mobility .
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Federica Frau/Urine Check Gestione
The parameters that can be analyzed through this test are:
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. The parameters that can be analyzed through this test are:
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Federica Frau/Oral Check Gestione
Untreated dental caries is the most common health condition according to the Global Burden of Disease 2019: "An estimated 2 billion people suffer from caries of<g id="0"/> permanent teeth, while 520 million children suffer from caries of baby teeth."<g id="1"/> Most oral health problems are linked to a number of modifiable risk factors, including sugar consumption, tobacco use, alcohol use and poor oral hygiene. Preventing them means helping to reduce the risk of many related systemic diseases, because as scientific evidence shows, the well-being of oral health is linked to that of the whole body.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneUntreated dental caries is the most common health condition according to the Global Burden of Disease 2019: "An estimated 2 billion people suffer from caries of<g id="0"/> permanent teeth, while 520 million children suffer from caries of baby teeth."<g id="1"/> Most oral health problems are linked to a number of modifiable risk factors, including sugar consumption, tobacco use , which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. alcohol use and poor oral hygiene. Preventing them means helping to reduce the risk of many related systemic diseases, because as scientific evidence shows, the well-being of oral health is linked to that of the whole body.
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Federica Frau/Dry Eye Check Gestione
Customer information
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. Customer information
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Federica Frau/Cardio Check Gestione
This check-up is noninvasive, and an instrument is used to measure the heart rate, which can be placed on the leg, chest or palm of the hand, providing useful results for possible medical advice.<g id="7"/> Single-derivative electrocardiographic detection is a screening for the evaluation of arrhythmias, so it is necessary to emphasize that the detection of any abnormalities does not constitute a diagnosis as it is a spontaneous preventive activity, and the certain presence of cardiac disorders can only be made after a thorough clinical study. In general, it is possible to consider that the lower the average heart rate the lower the risks of developing cardiovascular disease.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is usThis check-up is noninvasive, and an instrument is used to measure the heart rate, which can be plac ed io n the study of qualitativleg, chest or palm of th e h and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone, providing useful results for possible medical advice.<g id="7"/> Single-derivative electrocardiographic detection is a stc rength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index representsening for the evaluation of arrhythmias, so it is necessary to emphasize that the detection of any abnormalities does not constitute a diagnosis as it is a spontaneous preventive activity, and the certain presence of cardiac disorders can only be made after a thorough clinical study. In general, it is possible to consider that the lower the average heart rate the lower the risks of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. developing cardiovascular disease.
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Federica Frau/DDimer Check Gestione
At the end of the check-up, a report will be provided to the client in which:
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. At the end of the check-up, a report will be provided to the client in which:
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Federica Frau/W Pregnancy Check Riepilogo
The preconception period is defined as the time between when the couple is open to procreation, because they desire a pregnancy or because they do not rule it out in the medium to long term, and conception. Therefore, it is important to assess a woman's health status early to obtain an overall picture of the health status of the possible future pregnant woman. Currently, preconception health is considered a key element of maternal and child health and its promotion, as some preventive interventions to be fully effective must be implemented before conception. For example: folic acid supplementation; healthy lifestyles; varicella, measles, and rubella vaccinations; management and monitoring of chronic diseases such as diabetes, hypertension, and epilepsy; and genetic counseling.
Quantitative bone ultrasonometry is a diagnostic technique that relieThe preconception period is defined as the time between when the couple i s ope n the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parametero procreation, because they desire a pregnancy or because they do not rule it out in the medium to long term, and conception. Therefore, it is important to assess a woman's health statu s e are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the cly to obtain an overall picture of the health status of the possible future pregnant woman. Currently, preconception health is considered a key element of matern alc eus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteopod child health and its promotion, as some preventive interventions to be fully effective must be implemented before conception. For example: folic acid supplementation; healthy lifestyles; varicella, measles, and rubella vaccinations; management and monitoring of ch rotn ic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. diseases such as diabetes, hypertension, and epilepsy; and genetic counseling.
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Federica Frau/Mindfulness Check Gestione
The goal of mindfulness is represented by the reduction of stress and suffering through a gradual acceptance of the present. Stress is usually accompanied by a feeling of mental confusion and worry that leads people to be unable to maintain attention on present actions and thoughts.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic boneThe goal of mindfulness is represented by the reduction of stress and suffering through a gradual acceptance of the present. Stress is usually accompanied by a feeling of men tabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. l confusion and worry that leads people to be unable to maintain attention on present actions and thoughts.
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Federica Frau/PSA Check Riepilogo
Prostate-specific antigen (PSA) is a protein produced by prostate cells that is responsible for making the seminal fluid more fluid after ejaculation, facilitating the movement of sperm into the female genital tract.<g id="0"/>Small levels of this enzyme are physiologically present in the bloodstream, but these tend to increase following the onset of prostate-related diseases. For this very reason, the blood assay of PSA allows for the assessment of the overall health of the prostate and the detection of any abnormalities in the function of this organ. Consequently, periodically monitoring PSA levels, especially in men over 50 years of age, is an important prevention and screening activity against various prostate-related diseases, including prostatitis, benign prostatic hypertrophy, and cancers.<g id="1"/>The measurement of PSA levels is done by a rapid test with capillary blood sampling. A negative test result will most likely rule out alterations in prostate function. Following a positive test result, however, a urological examination is recommended, at the end of which the specialist can evaluate whether to retest, prescribe therapy for suspected prostatitis, or perform further screening or diagnostic tests (such as, for example, biopsy or MRI). In any case, it should always be kept in mind that PSA levels tend physiologically to increase with age, and that taking certain medications (such as dutasteride or finasteride) and certain conditions (such as ongoing urinary infections, specific invasive examinations performed in the months prior to the test, or physical/sexual activity performed in the 48 hours prior to the test) may alter the test result.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic cProstate-specific antigen (PSA) is a protein produced by prostate cells that is responsible for making the seminal fluid more fluid after ejaculation, facilitating the movement of sperm into the female genital tract.<g id="0"/>Small levels of this enzyme are physiologically present in the bloodstream, but these tend to increase following the onset of prostate-related diseases. For this very reason, the blood assay of PSA allows for the assessment of the overall health of the prostate and the detection of any abnormalities in the function of this organ. Consequently, periodically m onditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hiporing PSA levels, especially in men over 50 years of age, is an important prevention and screening activity against various prostate-related diseases, including prostatitis, benign prostatic hypertrophy, and cancers.<g id="1"/>The measurement of PSA levels is done by a rapid test with capillary blood sampling. A negative test result will most likely rule out alterations in prostate function. Following a positive test result, however, a urological examination is recommended, at the end of which the specialist can evaluate whether to retest, prescribe therapy for suspected prostatitis, or perform further screening or diagnostic tests (such as, for example, biopsy or MRI). In any case, it should always be kept in mind that PSA levels tend physiologically to increase with age, and that taking certain medications (such as dutasteride or finasteride) and certain conditions (such as ongoing urinary infections, specific invasive examinations performed in the months prior to the test, or physical/sexual activity performed in the 48 hours prior to the test) may alter the test result .
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Federica Frau/Neck&Back Check Gestione
It is therefore important to intervene at an early stage, as soon as musculoskeletal pain begins to occur, to resolve the inflammatory state and interrupt the pain stimuli related to it, and also to prevent worsening of the pain and its evolution from an acute to a chronic phase.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mIt is therefore important to int eralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. vene at an early stage, as soon as musculoskeletal pain begins to occur, to resolve the inflammatory state and interrupt the pain stimuli related to it, and also to prevent worsening of the pain and its evolution from an acute to a chronic phase.
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Federica Frau/Stress Check Riepilogo
The Stress Check is a non-invasive assessment of the subject's perception of physical and mental well-being, which allows monitoring the level of stress to which the subject is subjected.<g id="0"/> The term stress was first employed in 1936 by Hans Selye. He defined it as a "nonspecific response of the organism to any demand made upon it." According to Selye's model, the stressogenic process consists of three distinct phases:
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measureThe Stress Check is a non-invasive assessment of the subject's perception of physical and mental well-being, which allows monitoring the level of stress to which the subject is subjected.<g id="0"/> The term stress was first employed in 1936 by Hans Selye. He defined it as a "nonspecific response of the trorg ani smission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. to any demand made upon it." According to Selye's model, the stressogenic process consists of three distinct phases:
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Federica Frau/Body Check Riepilogo
The Body Check is part of cardiometabolic prevention by providing information about the biotype and distribution of body fat and performs an assessment of overall body tone.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. The Body Check is part of cardiometabolic prevention by providing information about the biotype and distribution of body fat and performs an assessment of overall body tone.
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Federica Frau/Joint Mobility Check Riepilogo
Joint mobility is defined as the ability to perform movements as widely and naturally as possible within the imposed physiological limits.<g id="0"/> In the pre-training phase, it is advisable to start with movements aimed at the upper body, activating the scapulohumeral joint with circumduction movements, then moving on to the lumbar tract with flexion movements until reaching the lower limbs by mobilizing the hips with internal and external rotations, knees and ankles with flexion-extension movements. It is appropriate to incorporate these "workouts" into daily life, as they allow us to gain long-term benefits, particularly to prevent injuries, allow us to bear greater loads and to stretch the muscles. Musculoskeletal pain is a consequence of damage (trauma or strain) or disorders of various types (osteoarthritis or tendinitis) that occurs in bones, joints and muscles. The most common sites of musculoskeletal pain are the neck area and the back. "7 out of 10 Italians feel limited in their sports activities and lead less active lives because of musculoskeletal pain, with consequences on physical and psychological well-being." This is why it is important to intervene at an early stage, as soon as musculoskeletal pain begins to manifest itself and to avoid its worsening.<g id="1"/>The JOINT MOBILITY CHECK, provides an indication of the individual's joint mobility, associated with an assessment of some postural characteristics that could influence it. <g id="2"/> The check-up consists of two phases:
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralizJoint mobility is defined as the ability to perform movements as widely and naturally as possible within the imposed physiological limits.<g id="0"/> In the pre-training phase, it is advisable to start with movements aim ed matrix. This method is used the upper body, activat ing the study of qualitative and quantitative skeletal capulohumeral joint with circumduction movements, then moving on to the lumbar tract with flexion movements until rea chai nges brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiologic the lower limbs by mobilizing the hips with internal and external rotations, knees and ankles with flexion-extension movements. It is appropriate to incorporate these "workouts" into daily life, as they allow us to gain long-term benefits, particularly to prevent injuries, allow us to bear greater loads and to stretch the muscles. Musculoskeletal pain is a consequence of damage (trauma or strain) or disorders of various types (osteoarthritis or tendinitis) that occurs in bones, joints and muscles. The most common sites of musculoskelet al, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. in are the neck area and the back. "7 out of 10 Italians feel limited in their sports activities and lead less active lives because of musculoskeletal pain, with consequences on physical and psychological well-being." This is why it is important to intervene at an early stage, as soon as musculoskeletal pain begins to manifest itself and to avoid its worsening.<g id="1"/>The JOINT MOBILITY CHECK, provides an indication of the individual's joint mobility, associated with an assessment of some postural characteristics that could influence it. <g id="2"/> The check-up consists of two phases:
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Federica Frau/Skin Check Gestione
It allows detection of any wrong attitudes of the client (for example, in the use of particular creams or products) and provides information about skin sensitivity (with sudden changes in temperature).
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hipIt allows detection of any wrong attitudes of the client (for example, in the use of particular creams or products) and provides information about skin sensitivity (with sudden changes in temperature) .
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Federica Frau/Cardio Check Riepilogo
Cardio Check is a screening process for the prevention of common arrhythmias and/or cardiac abnormalities by recording the heart's electrical activity.<g id="0"/> It allows for the quick and easy detection by single-mode ECG of possible heart rhythm abnormalities, so as to obtain a picture of the person's state of well-being.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performed at the level of the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogenic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. Cardio Check is a screening process for the prevention of common arrhythmias and/or cardiac abnormalities by recording the heart's electrical activity.<g id="0"/> It allows for the quick and easy detection by single-mode ECG of possible heart rhythm abnormalities, so as to obtain a picture of the person's state of well-being.
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Federica Frau/Dry Eye Check Riepilogo
Dry eye is an eye syndrome caused by reduced tear production (hypolacrimia), excessive tear evaporation, or changes in tear quality and composition (dyslacrimia).<g id="0"/> Dry eye syndrome is divided into primary and secondary, depending on whether it is isolated or the result of other diseases, such as autoimmune diseases (systemic lupus erythematosus), rheumatoid arthritis, scleroderma, or Sjogren's syndrome. Excessive evaporation of the tear film is caused by very different factors, such as local diseases (blepharitis, conjunctivitis), incorrect or excessive use of contact lenses and/or eye drops, medication intake (especially hormones, immunosuppressants, decongestants, antihistamines, diuretics, antidepressants, beta-blockers, heart medications, and anti-ulcer drugs), and advanced age.
Quantitative bone ultrasonometry is a diagnostic technique that relies on the transmission of high-frequency waves through the mineralized matrix. This method is used in the study of qualitative and quantitative skeletal changes brought about by menopause, aging, and other osteopenic conditions. Ultrasonometric study parameters are indicators of bone strength and allow the determination of a patient's predisposition to osteoporotic fracture risk on par with the traditional MOC technique. Ultrasonometric examination is performDry eye is an eye syndrome caused by reduced tear production (hypolacrimia), excessive tear evaporation, or changes in tear quality and composition (dyslacrimia).<g id="0"/> Dry eye syndrome is divided into primary and secondary, depending on whether it is isolat ed ator the levelresult of o the calcaneus, which is sensitive to changes of a physiological, pathological or iatrr diseases, such as autoimmune diseases (systemic lupus erythematosus), rheumatoid arthritis, scleroderma, or Sj ogr enic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic's syndrome. Excessive evaporation of the tear film is caused by very different fractures, particularly at the hip. Ultrasonometric instruments measure the transmission rate and attenuation of ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index rors, such as local diseases (blepharitis, conjunctivitis), incorrect or excessive use of contact lenses and/or eye drops, medication intake (especially hormones, immunosuppressants, decongestants, antihistamines, diuretics, antid epresesa nts the risk of osteoporotic fracture and is comparable to bone mineral density (BMD) measured by X-ray absorptiometry of the spine or hip. , beta-blockers, heart medications, and anti-ulcer drugs), and advanced age.
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L’ultrasonometria ossea quantitativa è una tecnica diagnostica che si basa sullaQuantitative bone ultrasonometry is a diagnostic technique that relies on the transmissione di onde ad alta frequenza attraverso la matrice mineralizzata. Questaof high-frequency waves through the mineralized matrix. This methodica trova impiego nello studio dei cambiamentiis used in the study of qualitativi ee and quantitativie schkeletrici determinati dallaal changes brought about by menopausae,dall’invecchiamento e da altre condizioni osteopenizzanti. I paraaging, and other osteopenic conditions. Ultrasonometridic studio ultrasonometrici sono indicatori della resiy parameters are indicators of bone strenza ossea e permettono di stabilire lagth and allow the determination of a patient's predisposiztione del paziente al rischio di frattura osteoporotica al pari della tecnica MOCto osteoporotic fracture risk on par with the tradiztionale. L’esame ultrasonometrico si effettua aMOC technique. Ultrasonometric examination is performed at the lievello del calcagno, sensibile ai cambiamenti di natura fiof the calcaneus, which is sensitive to changes of a physiological, pathological or iatrogena, rispecchiando il metabolismo osseo sistemico e risultando perciò efficace nella predizione delle fratture osteoporoti- che, inic nature, reflecting systemic bone metabolism and therefore being effective in predicting osteoporotic fractures, particoulare a livello dell’anca. Gli strumenti ultrasonometrici misurano la velocità dily at the hip. Ultrasonometric instruments measure the transmissione e l’rate and attenuaztione degli ultrasuoni attraverso il calcagno, al fine di fornire una misura clinica nota come Indice Stiffness: questo indice rappresenta il rischio di frattura osteoporotica ed è paragonof ultrasound through the calcaneus to provide a clinical measure known as the Stiffness Index: this index represents the risk of osteoporotic fracture and is comparabilealla densità minerale osseato bone mineral density (BMD) mieasurata medianteed by X-ray asbsorbimetria a raggi X della colonna vertebrale o dell’ancaptiometry of the spine or hip.