Table of Contents (Volume-1 | Issue-1)

 Open Access Opinion Article Article Id: KJCSMCR01
Parents’ Guide to Understanding and Managing Late-Onset Laryngomalacia in Infants

It is common for babies to breathe noisily, which is a con cern for many parents. Because of small nasal passages, as baby weight increases over days, babies will take a lot of breath, causing whistling sounds, which are usually both phases of respiration. These sounds are very prominent in obese chil dren. If it is not associated with a cold or cough, no worries...Read More

 Open Access Case Report Article Article Id: KJCSMCR02
Severe Corneal Abscesses: Diagnostic and Therapeutic difficulties about 180 case

Corneal abscesses, whether bacterial, fungal or viral in origin, represent a major public health challenge, and can lead to significant vision loss through corneal scarring or surface irregularities. If left untreated, they can even lead to corneal perforation and endophthalmitis, resulting in permanent ocular damage...Read More

 Open Access Review Article Article Id: KJCSMCR03
Patient Transport Services

An effective ambulance service serves as a life-saving link, bridging the gap between the incident location and the hospital. Safe transport of patients from one location to another is a fundamental part of emergency medical services. Patient transportation system encompasses...Read More

 Open Access Editorial Article Article Id: KJCSMCR04
Mechanisms of Hearing - Part two

On the signal pathway to the hearing receptor, the first mechanism is the eardrum which receives the energy of a sound wave, transmitting it to the middle ear ossicles. Vibrometric studies on the eardrum, the stapes base and the fluid at the beginning of the vestibular canal are presented...Read More

 Open Access Review Article Article Id: KJCSMCR05
Amplification of the Auditory Signal on the Way to the Center

A person receives auditory information from the environment in terms of sound intensity between 0 dB = 10-12 W/m2 and 120 dB = 1 W/m2. The difference in intensity levels is a trillion times. Converted into the amplitude of the sound wave, it ranges from 8 pm to 10,000 nm. The pain threshold of 130 dB is 10 W/m2....Read More