Dr. Gladies D. Rioferio OBGYN Clinic

Services offered:
OB and Gyne check ups
Ultrasound ( BPS,biometry, CAS, TVS, TAS, Doppler velocimetry)
Papsmear, grams stain
IUD insertions and removal
Implanon insertion and removal
Pelvic exam, Speculum and I.E.
High risk clinic consultations for High risk pregnant patients

Registration is now open for our postgraduate course on November 6, 2024. This is in celebration of BWC's 25th anniversary with the theme of "Renewing Commitments to Women's Health." Open to doctors, nurses and midwives.
Please scan QR code to register.
To pay, pls scan gcash qr code as well..
Thank you! :)

Services offered:
OB and GYNE check up and consultation
Prenatal check up
High risk prenatal check up
Papsmear, pelvic exam
OB ultrasound (TVS, biometry, bps, dopplers, congenital anomaly scan)

📣📣Calling ALL Allied Health Professionals!📣📣

In celebration of the 25th anniversary of Brokenshire WomanCenter, we are inviting you to attend our postgraduate course entitled “BWC@25: Renewing Commitment to Women’s Health” on November 6,2024 at Davao Convention Center.

Link for registration.
https://forms.gle/c7gh8AbpdWo9AY8o7

***CPD Units Applied***

See you all.

First of all, the baby's first cry – that is, its first breath – causes the lungs to expand, and
secondly, fetal circulation is transformed into the circulation of the newborn (Carreiro,
2003; Goerke, 2002).

In the uterus, the fetus' lungs are not aired, thus they do not expand. The alveoli are deflated and contain fluid, as do the bronchi. About 20 seconds after birth, the lungs expand due to the baby's first breath. Through this first deep inhalation, which leads to strong negative pressure in the thorax, air flows into the alveoli. The inflowing air causes the alveoli to expand.
During the ensuing exhalation phase, the surfactant prevents the alveoli from completely collapsing again. Lung pressure increases to a level clearly above the outside pressure, which then causes the fluid to be expelled from the lungs (Klinke, Silbernagel, 1994).
The is a very strong restitance against ventilation, but because of every exhalation over the following hours this resistance decreases. The very first cry of a baby is the hardest and with every following inhalation and exhalation of a newborn gets the respiration more and more effective. A normal lung complience is reached fourty minutes after birth. (Carreiro, 2003; Klinke, Silbernagel, 1994).

Mandatory (??) photo op of doctors with the same color of clothing after conference at DDH.. :)