Generic Norplant (Lenor - 72, Norplant® equivalent)
Lenor - 72 is a form of progesterone, which is a female hormone involved in conception. Lenor - 72 is used as an emergency contraceptive (EC) to prevent pregnancy after contraceptive failure or unprotected intercourse. Lenor - 72 prevents ovulation disrupts fertilization, and inhibits implantation.
This product will arrive to you in 14-24 business days (free shipping worldwide)
0.075mg
| Quantity | Price | Price per pill | Returning customer price | Bonus | |
|---|---|---|---|---|---|
| 2 | € 23.10 | € 11.55 | € 20.79 | ---- | Add to cart |
| 4 | € 26.95 | € 6.74 | € 23.87 | ---- | Add to cart |
| 6 | € 30.03 | € 5.01 | € 26.95 | ---- | Add to cart |
Drug Medical Information
IPRATROPIUM BROMIDE AND RUNNY NOSES
Reflexes and nerve signals have everything to do with runny noses. A reflex is an involuntary response to a stimulus. It begins in an organ, like the nose. It then travels through the nervous system to the brain or spinal column and is then transmitted back to the organ through other nerve pathways to cause a response. A classic example of this is accidentally touching something hot. The stimulus, heat, sets in motion a process that begins with a signal that travels via nerve fibers to the brain, which interprets this as pain and quickly signals the arm to remove the hand. The entire reflex reaction occurs within milliseconds. The reflexes in your nose that control your production of nasal mucus can be described as having three components:
1. The Stimulus: For runny noses this stimulus can come in the form of a variety of agents, including chemicals released during allergic or other inflammatory reactions as well as irritating particles and chemicals.
2. The From-To-From transmission of Nerve Signals: The signal must travel from your nose to your brain or spinal cord, then back from the brain or spinal cord to your nose. All of this takes place within very tiny nerve fibers faster than the blink of an eye.
3. The Response: On returning to the nose, the signal is passed to nasal mucus-producing glands, mucus is released, and the result is a runny nose. Ipratropium bromide blocks the signal so that it cannot be communicated to the nasal mucus-producing glands. No signal, no mucus. No mucus, no runny nose.
To understand how ipratropium bromide blocks this signal. The mucous glands in your nose have receptors as well. In this case, these are receptors for the chemical agent acetylcholine, which transmits the signal from the nerves to the mucous glands. In order for acetylcholine to cause mucous glands to release their fluids, it must attach to a receptor on a mucous gland. When ipratropium bromide attaches to the receptors in your nose, acetylcholine cannot link with them and, thus, cannot transmit the signal. Hence, no mucus production; no runny nose.
*21/322/5*
