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A retractile testicle is a condition where the testicle moves through the inguinal canal, changing position on its own or with a gentle touch, and moving from the groin to the scrotum or vice versa.
A retractile testicle usually occurs in childhood and resolves during adolescence, when the testicle reaches its proper scrotal location and remains there permanently without causing complications.
In cases where the testicle becomes fixed in the inguinal area and cannot be moved, the retractile testicle becomes an undescended testicle, also known as cryptorchidism. This can lead to complications and increase the risk of developing testicular cancer.
The cause of a testicle retracting is the involuntary stimulation of the cremaster muscle, which pulls the testicle up as part of the cremasteric reflex. If the stimulus is very intense, the testicle rises into the groin, becoming a retractile testicle.
In most cases, this condition occurs in boys, who typically don’t experience obvious pain or discomfort.
The main sign is that the testicle may not be present in the scrotum at certain times, although it can be gently guided down without difficulty. This is what differentiates it from other conditions like an undescended testicle.
Generally, there is no pain or swelling, but in some cases, parents or caregivers may notice scrotal asymmetry or the intermittent disappearance of the testicle.
It’s rare for the testicle to remain outside the scrotum for prolonged periods, but if it does, it can result in mild discomfort or pain, especially during physical activity.
Although it is often a benign condition, it is always important to seek medical evaluation to rule out other potential testicular development abnormalities.
The diagnosis of a retractile testicle is based primarily on a physical examination performed by a doctor, preferably a pediatrician or a urologist. During this exam, the specialist will try to locate the testicle in the scrotum, and if it’s not there, they may try to gently move it from the inguinal canal into the scrotum.
If the testicle can be guided down without resistance and remains in the scrotum for a while, it’s considered retractile.
In some cases, if the diagnosis is in doubt, the evaluation can be supplemented with a scrotal or inguinal ultrasound to confirm the testicle’s location and assess its size and structure. Periodic follow-up may also be recommended because in many boys, the retractile testicle permanently descends over time.
If there are signs that the testicle is developing a fixed position outside the scrotum, a condition known as an ascending testicle, surgical intervention may be required.
Treatment for a retractile testicle is generally not required in most cases because the condition often resolves spontaneously as the child grows.
The main approach is regular observation and medical check-ups to ensure the testicle remains mobile and there are no signs of it taking a fixed position outside the scrotum.
During these consultations, the specialist will assess testicular development and rule out other possible complications such as future atrophy or infertility.
If the doctor determines that the testicle is no longer retractile and is behaving like an ascending or undescended testicle, they will discuss the option of an orchiopexy, a surgical procedure to move and secure the testicle in the scrotum.
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Comparison of COVID-19 vaccines
Pfizer-
BioNTech
Pfizer-BioNTech
What is its effectiveness and what does it refer to?
Vaccine type: mRNA
Effectiveness: 95% after the second dose in the prevention of symptomatic COVID-19.
No Does not contain egg, latex, or preservatives.
How many doses are needed?
Two doses are needed, at least 21 days apart (or up to six weeks apart, if necessary).
Who should or shouldn’t get the vaccine?
People who should receive the vaccine are those over 16 years old.
People who should not receive the vaccine are those who have a history of anaphylactic shock (severe allergy) or who are allergic to any component of this vaccine such as polyethylene glycol (PEG) or polysorbate.
What are the possible side effects of the vaccine?
Pain where the injection was given, fatigue, headache, muscle pain, chills, joint pain, fever, nausea, malaise, and swollen lymph nodes.
How long will it take for me to be protected and what does it protect me from?
After 14 days of having the complete scheme (after the administration of the 2nd dose), the protection period is still under study. It protects us from serious COVID-19 or requiring hospitalization.
Moderna
What is its effectiveness and what does it refer to?
Vaccine type: mRNA
Effectiveness: 94.5% after the second dose in the prevention of symptomatic COVID-19.
Does not contain egg, latex, or preservatives.
How many doses are needed?
Two doses are needed, at least 28 days apart (or up to six weeks apart, if necessary).
Who should or shouldn’t get the vaccine?
People who should receive the vaccine are those over 18 years old.
People who should not receive the vaccine are those who have a history of anaphylactic shock (severe allergy) or who are allergic to any component of this vaccine.
What are the possible side effects of the vaccine?
Pain where the injection was given, fatigue, headache, muscle pain, chills, joint pain, fever, nausea, and swollen lymph nodes in the arm in which you received the injection.
How long will it take for me to be protected and what does it protect me from?
After 14 days of having the complete scheme (after the administration of the 2nd dose), the protection period is still under study. It protects us from serious COVID-19 or requiring hospitalization.
Janssen/
Johnson
& Johnson
Janssen/ Johnson & Johnson
What is its effectiveness and what does it refer to?
Vector-based vaccine.
Effectiveness: 72.0% in the prevention of symptomatic COVID-19.
85% in the prevention of severe COVID-19.
Does not contain egg, latex, or preservatives./strong>
How many doses are needed?
Only one dose in needed.
Who should or shouldn’t get the vaccine?
People who should receive the vaccine are those over 18 years old.
People who should not receive the vaccine are those who have a history of anaphylactic shock (severe allergy) or who are allergic to any component of this vaccine.
What are the possible side effects of the vaccine?
Pain where the injection was given, headache, fatigue, muscle pain, chills, fever, and nausea.
How long will it take for me to be protected and what does it protect me from?
After 28 days of having the complete scheme (the last dose applied), the protection period is still under study. It protects us from 85% serious COVID-19 or requiring hospitalization.
AstraZeneca
and
Oxford
University
AstraZeneca and Oxford University
What is its effectiveness and what does it refer to?
Adenovirus vector-based vaccine.
Effectiveness: 82% after the second dose in the prevention of symptomatic COVID-19.
How many doses are needed?
Two doses are needed, at least 56 days apart (or up to 84 days apart, if necessary).
Who should or shouldn’t get the vaccine?
People who should receive the vaccine are those over 18 years old.
People who should not receive the vaccine are those who have a history of anaphylactic shock (severe allergy) or who are allergic to any component of this vaccine.
What are the possible side effects of the vaccine?
Pain where the injection was given, fatigue, headache, myalgia, arthralgia, and fever, which were mild to moderate in intensity and disappeared within 48 hours of vaccination.
How long will it take for me to be protected and what does it protect me from?
After 14 days of having the complete scheme (after the administration of the 2nd dose), the protection period is still under study. It protects us from serious COVID-19 or requiring hospitalization.
Sputnik V
What is its effectiveness and what does it refer to?
Adenovirus vector-based vaccine.
Effectiveness: 92% after the second dose in the prevention of symptomatic COVID-19.
How many doses are needed?
Two doses are needed, at least 21 days apart (or up to six weeks apart, if necessary).
Who should or shouldn’t get the vaccine?
People who should receive the vaccine are those over 18 years old.
People who should not receive the vaccine are those who have a history of anaphylactic shock (severe allergy) or who are allergic to any component of this vaccine.
What are the possible side effects of the vaccine?
Pain where the injection was given, fatigue, headache, myalgia, arthralgia, and fever, which were mild to moderate in intensity and disappeared within 48 hours of vaccination.
How long will it take for me to be protected and what does it protect me from?
After 14 days of having the complete scheme (after the administration of the 2nd dose), the protection period is still under study. It protects us from serious COVID-19 or requiring hospitalization.
Anti-Herpes Zoster
Herpes zoster is a painful, burning rash. It usually appears on one part of the body and can last for several weeks. It can cause long-lasting severe pain and scarring. Bacterial skin infections, weakness, muscle paralysis, hearing or vision loss may occur less frequently. Herpes zoster is caused by the same virus that causes chickenpox. After you have had chickenpox, the virus that caused it remains in the body of nerve cells. Sometimes after many years, the virus becomes active again and causes herpes zoster.
Vaccination is indicated in the following cases:
Scheme type:
Rabies
Human rabies is a viral disease transmitted by the bite of an infected animal. It is characterized by acute encephalomyelitis (an aggressive response of the immune system that destroys the myelin layer of the nerves and alters its function at the level of the brain or spinal cord).
Vaccination is indicated in the following cases:
Scheme type:
There are two types.
1. Pre-exposure scheme, consists of three doses of rabies vaccine:
2. Post-exposure scheme, people not vaccinated against rabies, consists of five doses of rabies vaccine.
* If the individual continues to be at risk of exposure to the disease, revaccination should be considered.
Pneumococcal vaccines
Pneumococcal disease can cause serious infections in the lungs (pneumonia), the bloodstream (bacteremia), and the lining of the brain and spinal cord (meningitis).
Two vaccines help prevent pneumococcal disease:
Vaccination is indicated in the following cases:
Scheme type:
*One dose of Pneumococcal 13 vaccine should be given first, followed by one dose of Pneumococcal 23 vaccine, depending on your age and health.