Fever Management

Newer antimicrobial therapies proposed may lead to resistance of human innate immune response.

One current trend into fighting antibiotic resistant bacteria is developing a new class refered to as antimicrobial peptides (AMP’s). However a newly published study published¹ a proof of concept that bacteria will develop not only resistance to these new drugs but to our own innate immune response peptides as well.

A very nice summary of the findings was published in the latest issue of The Scientist online magazine.²

1. G. J. L. Habets, Michelle, and Michael Brockhurst. “Therapeutic
antimicrobial peptides may compromise natural immunity .” Biology Letters. N.p., n.d. Web. 23 Feb. 2012. <http://rsbl.royalsocietypublishing.org/content/early/2012/01/20/rsbl.2011.1203

2. Richards, Sabrina. “Antimicrobial Cross-Resistance Risk | The Scientist.” The Scientist. N.p., 24 Jan. 2012. Web. 23 Feb. 2012. <http://the-scientist.com/2012/01/24/antimicrobial-cross-resistance-risk/

The Facts About Fevers

By Frank M. Painter|February 19, 2012|Education, Fever Management, Immune System, Pediatrics|

The Facts About Fevers

The Chiro.Org Blog

SOURCE: To Your Health ~ January 2012

By Claudia Anrig, DC

Our body’s first line of defense when invaded by any microbe, virus or bacteria is cells called microphages; a strong, healthy immune system may be able to eliminate the problem with this first step alone. If these fail to contain the microbe/”bug,” then the body creates other pryogens and proteins to try to assist. Once these have been created, the hypothalamus in the brain recognizes there is an invader and raises the body temperature to assist in killing it off.

This elevated temperature will generally be just a couple of degrees, but the hypothalamus determines, based on the number of pryogens and proteins, what will be necessary to eliminate the microbe/bug. If the hypothalamus creates additional biochemicals to try to protect the body, then the temperature rises accordingly.

Defining a Fever

For all children above the age of 3 months, a fever is actually a good thing. It’s a sign that their immune system is functioning properly. Although many parents will panic when their child has a temperature above 98.6° F (37° C), and this is understandable since many health care providers have called this a “low-grade fever,” the reality is that children’s temperature may naturally run a little higher than what many consider the norm.

A true low-grade fever is anything between 100°F and 102.2°F (37.8° C and 39° C). This level of fever is beneficial; with most microbes/”bugs” that a child will be exposed to, this fever will assist the body in repelling the invader.

A moderate-grade fever is typically between 102.2° F and 104.5° F (39° C and 40° C). This temperature is still considered beneficial; if a child’s body has reached this temperature, it’s what’s needed to kill whatever bacteria or virus their body is attempting to fight.

A high fever is a fever greater than 104.5° F (40° C). This fever may cause the child some discomfort and result in a bit of crankiness. Generally indicative of a bacterial infection, this fever means that the body is fighting something a little more serious than the common cold. While it will not cause brain damage or any other harm to a child, it is wise to seek assistance from their medical provider.

A serious fever is one that is at or above 108° F (42° C); this fever can be harmful.

Can a Fever Be Dangerous? (more…)