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PREDICTIVE HEART ATTACK DIAGNOSTICS

For persons with severe heart related problems the watch’s sensors monitors many vital aspects of the body in order to facilitate predictive diagnostics of the heart.

– TEMPERATURE SENSOR

BODY TEMPERATURE

Stroke is common to be related to reduced body temperature.

– PPG SENSOR

HEART RATE /PULSE MONITOR

Tachycardia is characterized by a heart rhythm of more than 100 beats per minute. When the heart pumps too fast, it does not allow ample time for the heart chambers to fill up with enough blood to meet your body’s needs. As with bradycardia, tachycardia causes your body tissues to become starved of oxygen.

Bradycardia is a slower-than-normal heartbeat characterized by less than 60 beats per minute. When the heart pumps slower than normal, it does not pump enough blood to meet the needs of your body. As a result, your tissues become starved of oxygen and you may experience weakness, fatigue, dizziness, chest pains, shortness of breath, confusion and memory problems. Someone with bradycardia may experience fainting spells and eventually develop heart failure. Bradycardia may trigger a sudden heart attack and even cause death.

HEART RATE VARIABILITY (HRV) MEASUREMENT

HRV determines cardiovascular diseases and abnormal heart rate, sudden cardiac arrest, etc. Considered for predictive analysis – It can help indicate likelihood of heart related problems. HRV is mainly associated with the prediction of sudden cardiac death and assessing cardiovascular and metabolic illness progression.

BLOOD OXYGEN SATURATION MONITORING

The body lives off of oxygen and keeps the body functioning normally. Most people need a minimum of 89% to maintain health; Low levels can be a sign of heart problems and can cause strain on it.

RESPIRATORY RATE MEASUREMENT

The respiratory rate (how many times you breathe in one minute) is a very sensitive indicator on whether a patient is well or unwell. It is a vital part in all early warning scores. It is often the first parameter that becomes abnormal.

– SKIN CONDUCTANCE SENSOR (ADD-IN 1)

 STRESS MONITOR

Controls the skin for its conductance to tell if a person is under stress. Additionally, sweat is an early indicator of an emerging attack and is a common cause for people to seek medical help. With a skin conductance sensor early warning signs may be noticed significantly earlier taking the necessary pre-cautions.

The skin conductance sensor buttons (add-in 1) normal lifetime is a minimum of 4 weeks. They are easily replaced by the user as shown in instructional video.

– PATCH SENSOR (ADD-IN 2)

ABNORMAL HEART RHYTHM

Hypokalemia (low potassium levels) may cause irregular heartbeats. Other symptoms of low potassium levels are low energy, weakness and stomach pains. If levels become too low, you may feel lightheaded, have slow heartbeats or even die from your heart stopping. Low potassium levels are usually due to excretion through urine or the intestines rather than not getting enough from food. The condition is serious and needs treatment by a doctor. Low potassium levels can also lead to an abnormally fast heart rhythm called tachycardia.

Tachycardia is characterized by a heart rhythm of more than 100 beats per minute. When the heart pumps too fast, it does not allow ample time for the heart chambers to fill up with enough blood to meet your body’s needs. As with bradycardia, tachycardia causes your body tissues to become starved of oxygen.

Bradycardia (high potassium levels) is a slower-than-normal heartbeat characterized by less than 60 beats per minute. When the heart pumps slower than normal, it does not pump enough blood to meet the needs of your body. As a result, your tissues become starved of oxygen and you may experience weakness, fatigue, dizziness, chest pains, shortness of breath, confusion and memory problems. Someone with bradycardia may experience fainting spells and eventually develop heart failure. Bradycardia may trigger a sudden heart attack and even cause death. Certain medications can make it harder for the kidneys to remove potassium. This is particularly true if you have kidney disease or problems with the way your body handles potassium. Medications that have been linked to hyperkalemia include Antibiotics (penicillin G and trimethoprim), Azole antifungals, Blood pressure drugs (ACE inhibitors, ARB’s, beta-blockers), Herbal supplements, Heparin, a blood thinner and Nonsteroidal anti-inflammatory medications.

The sensor patch’s normal lifetime is a minimum of 6 weeks. They are easily replaced by the user with a new one as shown in a forthcoming instructional video.

ADVANCED HEART MONITORING

For persons with heart problems or diseases the watch’s sensors monitors vital aspects which are related to the heart.

– PPG SENSOR

HEART RATE / PULSE MONITORING

Tachycardia is characterized by a heart rhythm of more than 100 beats per minute. When the heart pumps too fast, it does not allow ample time for the heart chambers to fill up with enough blood to meet your body’s needs. As with bradycardia, tachycardia causes your body tissues to become starved of oxygen.

Bradycardia is a slower-than-normal heartbeat characterized by less than 60 beats per minute. When the heart pumps slower than normal, it does not pump enough blood to meet the needs of your body. As a result, your tissues become starved of oxygen and you may experience weakness, fatigue, dizziness, chest pains, shortness of breath, confusion and memory problems. Someone with bradycardia may experience fainting spells and eventually develop heart failure. Bradycardia may trigger a sudden heart attack and even cause death.

HEART RATE VARIABILITY (HRV) MEASUREMENT

HRV determines cardiovascular diseases and abnormal heart rate, sudden cardiac arrest, etc. Considered for predictive analysis – It can help indicate likelihood of heart related problems. HRV is mainly associated with the prediction of sudden cardiac death and assessing cardiovascular and metabolic illness progression

BLOOD OXYGEN SATURATION

The body lives off of oxygen and keeps the body functioning normally. Most people need a minimum of 89% to maintain health; Low levels can be a sign of heart problems and can cause strain on it.

RESPIRATORY RATE

The respiratory rate (how many times you breathe in one minute) is a very sensitive indicator on whether a patient is well or unwell. It is a vital part in all early warning scores. It is often the first parameter that becomes abnormal.

– PATCH SENSOR (ADD-IN 2)

ABNORMAL HEART RHYTHM

Hypokalemia (low potassium levels) may cause irregular heartbeats. Other symptoms of low potassium levels are low energy, weakness and stomach pains. If levels become too low, you may feel lightheaded, have slow heartbeats or even die from your heart stopping. Low potassium levels are usually due to excretion through urine or the intestines rather than not getting enough from food. The condition is serious and needs treatment by a doctor. Low potassium levels can also lead to an abnormally fast heart rhythm called tachycardia.

Tachycardia is characterized by a heart rhythm of more than 100 beats per minute. When the heart pumps too fast, it does not allow ample time for the heart chambers to fill up with enough blood to meet your body’s needs. As with bradycardia, tachycardia causes your body tissues to become starved of oxygen.

Bradycardia (high potassium levels) is a slower-than-normal heartbeat characterized by less than 60 beats per minute. When the heart pumps slower than normal, it does not pump enough blood to meet the needs of your body. As a result, your tissues become starved of oxygen and you may experience weakness, fatigue, dizziness, chest pains, shortness of breath, confusion and memory problems. Someone with bradycardia may experience fainting spells and eventually develop heart failure. Bradycardia may trigger a sudden heart attack and even cause death. Certain medications can make it harder for the kidneys to remove potassium. This is particularly true if you have kidney disease or problems with the way your body handles potassium. Medications that have been linked to hyperkalemia include Antibiotics (penicillin G and trimethoprim), Azole antifungals, Blood pressure drugs (ACE inhibitors, ARB’s, beta-blockers), Herbal supplements, Heparin, a blood thinner and Nonsteroidal anti-inflammatory medications.

The sensor patch’s normal lifetime is a minimum of 6 weeks. They are easily replaced by the user with a new one as shown in a forthcoming instructional video.

PREDICTIVE EPILEPTICAL SEIZURE DIAGNOSTICS

For persons with seizures the watch’s sensors monitors many vital aspects of the body in order to facilitate predictive epileptical seizure diagnostics.

When the watch detects a seizure, it vibrates and the user is then alerted or – if he/she becomes unconscious – the watch’s app sends an alert to a designated person (via wifi/bluetooth).

– SKIN CONDUCTANCE SENSOR (ADD-IN 1)

BRAIN STRUCTURE ACTIVATION MONITORING

In medical conditions like epilepsy, significant increases related to specific brain structures activation results in early changes in skin conductance and convulsive seizures can be identified. It is, combined with below sensors, the most reliable tool for predictive epileptical seizure diagnostics.

The skin conductance sensor buttons (add-in 1) normal lifetime is a minimum of 4 weeks. They are easily replaced by the user as shown in instructional video.

– PPG SENSOR

HEART RATE / PULSE MONITORING

Epileptic seizures can cause short-term and long-term heart rate disturbances Importantly, tachycardia has been noted to precede seizures. Tachycardia is characterized by a heart rhythm of more than 100 beats per minute. When the heart pumps too fast, it does not allow ample time for the heart chambers to fill up with enough blood to meet your body’s needs.

HEART RATE VARIABILITY (HRV) MEASURMENT

Heart rate variability demonstrate the ability to provide early warnings for seizures. Its signal contains valuable information and combined with other mentioned sensors it will add to the predictive system becoming more reliable.

– ACCELEROMETER/GYRO SENSOR

ACTIVITY MONITORING

Accelerometers are only useful in the detection of ongoing seizures. Specificity may also be a problem, as many sudden motions, such as stumbling, may be similar to seizure movements but can in combination with above sensors provide dynamic information of a seizure.

CONTINUOUS GLUCOSE MONITORING

A unique solution for persons diagnosed with diabetes who need to monitor glucose levels and related health parameters in a noninvasive way.

– PATCH SENSOR (ADD-IN 2)

GLUCOSE MONITORING

Electrochemical analysis of sweat on skin provides a new solution for noninvasive glucose monitoring. It is the most vital sensor and, combined with below sensors, a most reliable diagnostic tool for continuous glucose monitoring.

The sensor patch’s normal lifetime is a minimum of 6 weeks. They are easily replaced by the user with a new one as shown in a forthcoming instructional video.

– TEMPERATURE SENSOR

BODY TEMPERATURE

Your core body temperature is closely tied to your metabolism, and since diabetes wreaks havoc of metabolic processes, you’re bound to sweat, shiver and shake more than the average person. Insulin works as an internal thermostat, helping to raise the core body temperature. Since insulin heats up the body, it’s no surprise that type 1 diabetics have a low body temperature which is one of the earliest signs of the disease.

– PPG SENSOR

HEART RATE / PULSE MONITORING

Fast heart rates are further associated with a higher risk of developing diabetes (if resting heart rate is over 85 a person has a higher chance of developing diabetes).

HEART RATE VARIABILITY (HRV) MEASUREMENT

There is correlation between insulin resistance, antecedent interstitial glucose fluctuations and HRV indicating that there is a lower than average HRV levels for persons with diabetic problems.

BLOOD OXYGEN SATURATION

Oxygen saturation levels below 90% can indicate diabetic nephropathy problems.

RESPIRATORY RATE

Diabetes can cause rapid respiratory rate.

– ACCELROMETER/GYRO SENSOR

ACTIVITY MONITORING

Predicting precise blood glucose concentration during active everyday life and physical exercise requires detailed information on the influence of physical activity on glucose levels.