Miracle bubble: how many pee is normal?



[ad_1]

Especially when there is no quiet place nearby, urinary urgency is annoying. It's a high-performance body – a game of organ and brain teams.

According to Professor Thorsten Schlomm, director of the Department of Urology at Charité Universitätsmedizin Berlin, urinary urgency is actually a painful stimulant. Treat it properly, then press the right buttons in the bubble – it's a very complicated thing. It's not for nothing that children need years to master the system.

In babies, the product pee just flows through. As soon as something happens in the bladder, the receptors located at the bottom of the organ emit messengers that inform the bladder ",Please bring out the liquid"And let's go.

Later, children learn to use the neural pathways that the Transmitting messenger substances via the spinal cord to the brainThere comes a painful stimulus. And now, it gets really complicated: the bladder has to contract to expel the urine, but at the same time, the human must release the pelvic floor muscles so that the fluid can escape. A chef de work.

Frequent toilets: what to do?

Happy to see this work. Should go to the doctor who diurnal much more often than six times in the toilet or get up more than once or twice a night. "There can be different causes for this," says Schlomm: from an enlarged prostate to diabetes or a urinary tract infection. An urologist is looking for the cause. The good news is that "recognized early enough, most problems can be solved quite easily".

Also interestingThese seven warning signs in the urine should immediately scare you.

dpa / tmn

These viruses and bacteria make us sick

HIV virus: The virus triggers AIDS immunodeficiency. About 20 years after its discovery, AIDS is the most devastating infectious disease that humankind has known since the 14th century plague.
HIV virus: The virus triggers AIDS immunodeficiency. About 20 years after its discovery, AIDS is the most devastating infectious disease that humankind has known since the 14th century plague. © dpa / dpaweb mm
Pathogen Yersinia pestis: The infectious disease is detected for the first time in the 6th century in the Mediterranean. In 1894, the bacteria is discovered. Nowadays, the chances of healing with antibiotics are high when diagnosed early.
Pathogen Yersinia pestis: The infectious disease is detected for the first time in the 6th century in the Mediterranean. In 1894, the bacteria is discovered. Nowadays, the chances of healing with antibiotics are high when diagnosed early. © dpa
Ebola virus: the virus causes a fever badociated with internal bleeding. In 90% of cases, the disease is fatal. Scientists are working hard on a vaccine.
Ebola virus: the virus causes a fever badociated with internal bleeding. In 90% of cases, the disease is fatal. Scientists are working hard on a vaccine. © dpa
Influenza Viruses: The antigens (yellow and blue antennae) are based on a double layer of fat that closes around the genetic material in the interior. With the mixing of different types of viruses, new genes and therefore also antigens are created.
Influenza Viruses: The antigens (yellow and blue antennae) are based on a double layer of fat that closes around the genetic material in the interior. With the mixing of different types of viruses, new genes and therefore also antigens are created. © dpa / dpaweb
Herpes Virus: Herpes simplex viruses are distributed worldwide. After a primary infection, the virus remains at rest throughout life in the body.
Herpes Virus: Herpes simplex viruses are distributed worldwide. After a primary infection, the virus remains at rest throughout life in the body. © dpa
Rhinovirus Human rhinovirus 16 (HRV16): Cold spreads around the world through rhinovirus.
Rhinovirus Human rhinovirus 16 (HRV16): Cold spreads around the world through rhinovirus. © picture alliance / Science Photo
Swine flu virus 1976: The clbadical swine flu is an H1N1 subtype influenza A virus, isolated for the first time in 1930. In addition, the three subtypes H1N2, H3N2 and H3N1 are also important.
Swine flu virus 1976: The clbadical swine flu is an H1N1 subtype influenza A virus, isolated for the first time in 1930. In addition, the three subtypes H1N2, H3N2 and H3N1 are also important. © dpa
Swine flu virus under transmission electron microscope: In 2009, swine flu was declared in Mexico. It is a mutant virus of swine flu subtype H1N1, which, unlike most people, can be transmitted from man to man.
Swine flu virus under transmission electron microscope: In 2009, swine flu was declared in Mexico. It is a mutant virus of swine flu subtype H1N1, which, unlike most people, can be transmitted from man to man. © dpa
Spanish flu virus: The Spanish flu (1918) is considered the worst flu pandemic ever recorded. The Spanish flu is the viral strain H1N1, which strikes particularly young people. Experts estimate the number of victims between 40 and 50 million.
Spanish flu virus: The Spanish flu (1918) is considered the worst flu pandemic ever recorded. The Spanish flu is the viral strain H1N1, which strikes particularly young people. Experts estimate the number of victims between 40 and 50 million. © dpa
Tuberculosis bacterium Mycobacterium tuberculosis: The disease, also known as tuberculosis, although now considered curable, is one of the most dangerous infectious diseases in the world.
Tuberculosis bacterium Mycobacterium tuberculosis: The disease, also known as tuberculosis, although now considered curable, is one of the most dangerous infectious diseases in the world. © dpa
Avian influenza Influenza A: Diagram of the influenza A virus (computer illustration of January 2006). The aggressive subtype H5N1 of the avian influenza virus belongs to the group of influenza A viruses, like many human influenza viruses. The virus is spherical, its diameter is only 0.1 thousandth of a millimeter. Inside, only a few proteins and genetic material remain.
Avian influenza Influenza A: Diagram of the influenza A virus (computer illustration of January 2006). The aggressive subtype H5N1 of the avian influenza virus belongs to the group of influenza A viruses, like many human influenza viruses. The virus is spherical, its diameter is only 0.1 thousandth of a millimeter. Inside, only a few proteins and genetic material remain. © dpa
[ad_2]
Source link