Determining the Mechanisms of Sudden Infant Death Syndrome
Join Paul R. Knoll in his quest to unravel the complexities of SIDS through comprehensive research and analysis of existing literature. Discover insights that could change the narrative around infant health and safety.
Paul has incorporated some aspect of all of the published peer-reviewed SIDS literature he has encountered into his Hypothesis: “Sudden infant death has two phases; the first phase occurs while an infant’s kidneys are immature and inadequately processing excess ammonia, and the second phase occurs during the fetal hemoglobin switch when an infant has a stretch of anemia-caused, long-term hypoxia resulting in an increased [breathing frequency] respiratory rate and an increased arousal threshold. Any cardiac QT interval prolonging gas–such as ammonia and combustion engine exhaust–will increase its effective concentration during the increased breathing and increased exposure duration in the second phase. The first phase extends beyond the timing of the second phase, which has made the confusion on the exact cause of the second phase, that is, the cause of SIDS. The known SIDS risks all have an explained cause by the Hypothesis and should be eliminated as best possible. Ammonia levels and combustion engine exhaust should also be kept to a minimum.” The fact that factors affecting SIDS have their effects on both respiratory rate and arousal threshold has also created some confusion in determining the cause of SIDS, for example by overheating with its increase in both of these effects.
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Paul R. Knoll: SIDS Researcher | Chemist – bio
Meet Paul R. Knoll, a dedicated researcher focused on solving the mystery of SIDS through comprehensive analysis and advocacy.
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The Role of Research in Understanding SIDS
Discover how ongoing research contributes to our understanding of Sudden Infant Death Syndrome and its prevention.
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SIDS Prevention
Learn about effective strategies for preventing Sudden Infant Death Syndrome and promoting overall infant health.
Frequently Asked Questions
Is it proven that ammonia is involved?
An element of the Urea Cycle that converts ammonia to urea for excretion has been shown to be associated with SIDS; ornithine is in excess in SIDS cases.
How often does the Newsletter come out?
Our Newsletter does not have a regular mailing schedule, but is sent out when we have something to say.
Why can I not reach you by phone?
Reach out to us primarily by email on our Contact page. We get lots of spam phone calls we need to sort through, so it is hit-and-miss whether we pick up. We clear out our answering machine periodically; leave a brief message if you are able to.
What do you plan to do next?
Our next steps are to get published and to form a scientific 501(c)(3) nonprofit.
The publishing of the manuscript is still a possibility for Paul.
So, forming a scientific not for profit is the next step after that.
Do you have a full complement of board members for the nonprofit?
So far we have a Biochemistry professor and an accountant on our nonprofit board. Michigan requires a minimum of three board members to operate.
It would be good if we could get a female pediatrician/physician to join the board, as some of the research is better advised by a female.
About Paul R. Knoll, MS
Paul R. Knoll, MS, is dedicated to unraveling the complexities surrounding Sudden Infant Death Syndrome (SIDS). With a robust understanding of biochemical pathways, he meticulously analyzes SIDS literature to provide insights that could lead to breakthroughs in infant health and safety. His commitment to resolving this critical issue drives his research and outreach efforts, aiming to educate and inform both professionals and the public about SIDS.
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