[continued from previous message]

GSK: Also, a adhesive version of the RSA stethoscope could be worn all day or for several days to longitudinally measure actual stress levels of actual patients, “That is, RSA is a measurable, noninvasive way to see how the vagus modulates heart rate
activity in response to stress. This method is useful to measure individual differences in stress reactivity.” Psychiatrists and general practicioners could figure out how “freaked out” people were, the amplitude, and how many minutes a day, that
could be combined with deep learning AI projections of the effectiveness of various drugs and treatments. Deep AI on RSA data: Propranolol for some, others might get software based therapy, others might get different drugs.



GSK, RSA vagus well being at fetuses and likely babies, “Healthy human fetuses have a high variability in heart rate, which is mediated by the vagus.[7] On the other hand, heart rate decelerations, which are also mediated by the vagus, are a sign of
fetal distress.” This might also have something to do with babies. Pregnant people could wear microsized RSA monitors to learn to do something that minimizes fetal nonoptimality. Perhaps there is a nutrient in pregnancy that is beneficial besides the
maternal use of walks, software, music, or even entertainment (perhaps maternal watching of comedies, or social networking sites (particularly feel good: filtered social networking) reduces fetal nonoptimalities) Perhaps more deonstrations of
interpartner affection benefit fetus RSA. Babies might wear an adhesive (or surgical glue-on) RSA to rapidly detect SIDS and possibly do something about it (mattress is motorized and can flip a sleeping baby to face-up). Making it eentsy: MEMS
accelerometer (cardio, breath) and microLED size laser (breath, pulse, cardio) in a skin jewel with MEMS physical switching between configurations of a RFID tag’s conduction path could be used to inform a networked RFID reader about RSA every few
milliseconds. GSK: tens of millions of babies could provide fiscal value to happy fetus happy baby RSA technology.

Beauty appreciation drug, a vagus effecting drug could effect perception and enjoyment of visuals, possibly including human beauty, “Polyvagal Theory provided us with a more sophisticated understanding of the biology of safety and danger, one based on
the subtle interplay between the visceral experiences of our own bodies and the voices and faces of the people around us. It explains why a kind face or a soothing tone of voice can dramatically alter the way we feel.”



The internet comes near suggesting the vagus nerve can be highlighted and colorized with chemicals at microscope samples. It is possible that versions of these colorizer chemicals that are physiologically harmless or even beneficial (methylene blue)
could be used to preferentially transport drugs to the vagus nerve. “toluidine blue”, “The dye is sometimes used by surgeons to help highlight areas” has been used to colorize a vagus nerve, but there was no mention of preferential absorption at
the vagus compared with other nerves. Perhaps if a technologist, scientist or drug engineer is willing to affect several nerves simultaneously then tissue colorizers that have been modified to be harmless or beneficial is a plausible approach to drug
localization.



I just read that the nucleus and thy cytoplasm have different preferences when absorbing pH chemicals, “Typically, the cytoplasm of cells is eosinophilic (acidophilic) and is stained red, whereas the nuclei and nucleoli are “hematoxylinophilic” (
basophilic) and are stained blue” There are proton donors and acceptors different than hydrogen or hydroxls, so, perhaps these more nondiffusive things would cause cytoplasm or nucleus localization that is different than molecular transport channels.
If there is ahrmless polyprotic acid, or some non nucleotide (PO4) these might build up and concentrate near nyucleus or at cytoplasms.

At nonhuman mammals a vagus nerve has been cut and then stiched back together, which caused partial restoration of function. A much milder treatment could be insertion of polymer very microtubes through the vagus, these could be loaded with time release
chemicals like BDNF, or possibly utilized with acetylcholine placeholders or activators to decrease or increase amplitude of vagus activity.

GSK: microinserts for use at nerves where at development of the technology 3 or 10 new neurons are generated for each neuron physically disrupted with the microinsertion tube; quantitatively measure absence of net harm, and quantitatively measure net
benefit. Another possibility, which I think has been studied is stem cells that are a part of implants, possibly previously researched as suture sized, these microinserts with progenitor cytes would be much eentsier. It is possible the microinserts
rather than being tubular could be other shapes, and it is possible the other shapes could be “wired together” to make micropressure gradients, ro predictably, electrical gradients, or lego-nested to combine two or more chemicals into one neural
location. Robotic surgery could place these lego nested multidrug insert stacks, with or without surgical glue, at various locations and tissue to provide benefit. One chemical possibility is leukocyte or macrophage repellent; if immune system cytes
can be repelled from a surgery or microsurgery site it might heal better with less degradation and puffiness.

The narrow diameter and chest location suggest that robotic surgery would be more functional at implanting drugged microinserts at the vagus. Wound healing peptides, proteins and chemicals likely have been previously researched as to their effect on
surgically modified nerves, so they could just possibly on occasion produce higher than normal function (upregulate or decrease with chemicals as preferred) if the nerve is not cut, just microinserted.

I may have previously written about the possibility that children can “win friends and influence people” with software practice; it could possibly be measured that teaching children to give parents honest compliments improves parent-child
interactions.



Noting much of personality is genetic, and 80% of intelligence is genetic, and that 2/3 of persons with thinking centric or feeling centric style during 2019 AD were chromosomally predictable, is finding a genome that is at the 99th percentile of
actually improving, and being pleased with the improvement from self help books and software a thing that exists that has predictive accuracy? Genome databases could be used to find people who are predictably most capable at self improvement and then
contact them to let them know they can improve their lives.

I favor psychiatric drugs over talk therapy, but is there a genome associated with greater than 80% symptom improvement from talk therapy, that 80% approximating psychiatric drug effectiveness during 2019 AD. Psychiatrists and talk-attracted person-
patients could use the person’s genome, as well as psychological and possibly neurological tests to advise persons on whether to try drug or talk methods of feeling better, as well as increasing the effectiveness of treatments for feeling better than
well.

Things that could improve pregnancy, gestation, and baby well being:

Some amino acids are below median in underweight babies. There seems to be a bunch of research on this, so perhaps supplement experiments are likely, “The peripheral blood levels of alanine, homocysteine, methionine, ornithine, serine, and tyrosine
were significantly lower in newborns with IUGR weighing less than the 3rd percentile than in AGA [normal weight] newborns. The peripheral blood levels of differentially expressed amino acids showed compensatory increases in newborns with IUGR whose
weight in the range of the 3rd to 5th percentiles, and these concentrations were higher than those among AGA newborns, while the concentrations of isovaleryl carnitine and eicosenoyl carnitine increased with increasing weight percentile.”

Tyrosine (amino acid) might be beneficial to the fetus. Normal weight babies have 73.4/48 more tyrosine than underweight (3rd percentile) babies.

L carnitine, so possibly acetyl l carnitine, might be particularly beneficial with a food source rich in long chain fatty acids (LCFA). omega 3 EPA and DHA are LCFA, as is coconut oil.

L carnitine benefits in vitro fertilization (IVF), “Following vitrification, the post-warming survival rate of blastocysts derived from L-carnitine-treated oocytes was greater than that of blastocysts derived from untreated oocytes (42.4% vs. 24.9%; P <
0.05). In conclusion, a 1 h oocyte exposure to 3 mM L-carnitine immediately prior to insemination enhanced cleavage and improved the cryotolerance of resulting blastocysts.” Also, “These data indicated that L-carnitine supplementation during IVM (in
vitro maturation) of immature BCB+ oocytes improved preimplantation developmental competence of oocytes after IVF”, also, “Effect of L-carnitine (LC) treatment on nuclear status of mouse oocytes selected by BCB test during IVML “, a table says that
oocytes at IVF and IVM are slightly more than 4 times less likely to be a particular kind of messed up, and 268/205 better at metaphase II (IPMAT stage).



Carnitine could benefit other things that could use more ATP like sperm motility, which could be beneficial for one decal a month sperm releasing vaginal decals and creams a woman could use to voluntarily become pregnant with genetically advantaged or
optimized gametes, “L-Carnitine was effective in improvement of percentile of motile sperms, grade A sperms, and normal-shaped sperms.” also, “With respect to sperm, it has been shown that high concentrations of free acylcarnitines are positively
correlated with progressive sperm movement [49]. Furthermore, a study reported lower C2 concentrations in semen of oligozoospermic men [50]. In accordance with this finding, Busetto and colleagues reported that L-carnitine, acetyl-L-carnitine, vitamins
and zinc diet supplementation has a beneficial effect on sperm concentration and sperm motility in men with abnormal spermiograms”, also, “In seminal plasma, in contrast to sperm, the acylcarnitine content tended to correlate positively with sperm
concentration” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6382115/

A novel higher AMU lipid moiety carnitine supplement could benefit babies, although the carnitine baby weight correlations go both ways. Large for gestational infants are published as, “elevations in dodecanoylcarnitine (C12), tetradecanoylcarnitine (
C14), tetradecenoylcarnitine (C14:1), palmitoylcarnitine (C16) and palmitoleylcarnitine (C16:1) in large for gestational age infants (LGA)” However, different carnitine variations were associated with, “Also significant after correction were
elevations in ALA, C0[free carnitine], C2[acetylcarnitine], C18:2[linoleocarnitine] and a decrease in TYR were also observed in infants small for gestational age (SGA) [possibly from peeclampsia]” So there could be a comparatively more beneficial
carnitine prenatal supplement. They would have to see if the babies came out better with the supplement that causes Large for gestational age effects. What if this raises a 20th percentile sized infant to a 50th percentile sized infant. I do not have
actual numbers, but that could cause babies to thrive more.

Acetyl L Carnitine might be something people with cardiovascular disease might benefit from avoiding, “Higher levels of the even‐chained acetyl‐, octanoyl‐, and palmitoyl‐carnitines were significantly associated with elevated risk of
cardiovascular death”

Longevity technology, possibly; Senolytics cause greater longevity, notably though a completely different thing bacteria, “Hence why in lab situations, cleaning solutions are rotated. You rotate between acid, bleach (oxidizing) and alkali based
cleaners” alternating things that wipe out cytes are used, that suggests that sequential senolytics that work in completely different ways could be more effective, that goes along with senolytics that concentrate at different tissues.

What websites reduce risk of cognitive impairment? “Researchers found that using a computer in middle-age was associated with a 48-percent lower risk of mild cognitive impairment.”

GSK: Noting [2fries] idea about alternating pools of water that reduce algal growth [link]:



Two phase dental hygiene:it seems plausible that a harmless antibacterial at a mouth rinse might cyclically complement a harmlessly antibacterial toothpaste. I have heard cheese prevents tooth decay so perhaps an emulsified oil at the toothpaste and some
less yucky tasting ingredient from listerine could complement each other cyclically.



Then again, perhaps there is zero correlation between the number of bacteria in a mouth, the recovery time of S. mutans tooth plaque, and actual cavities. It might be a novel, potentially effective breath freshener though.



Another possibility is a morning moth rinse and an evening toothpaste, each with very different ways of terminating plaque and breath scent bacteria.



If cycling pH can be used to reduce bacteria quantity and growth then a polyprotic fruit acid like food grade adipic acid (low pH) could be at the toothpaste and possibly a flavor-tolerable high pH magnesium containing molecule could be at the moth rinse.
Magnesium threonate tastes neutral or slightly pleasant and is even published as a nootropic.



If it is possible to demonstrate that a toothpaste/rinse cycle reduces cavities and unpleasant breath as effectively as brushing twice a day (Which I do not do) then this could take the place of some toothbrushing. The flavor of breakfast could be
improved for millions of people! Minty breakfast cereal would be a quaint 2019 experience.

Also, there is that fruit that makes everything taste sweet, but takes 1/2 an hour to work. If you put that at the AM mouth rinse then it might have time to work, causing breakfast to be really sweet tasting.(.5B)

ATP has a pH of 6.8 to 7.4 so maybe an ultra-harmless ATP mouth cleaner at pH 6.8 and another at 7.4, or a high pH magnesium molecule, or yummy Mg-amino acid (magnesium threonate tastes mild or slightly pleasant) with could be part of a two part system

Or you could just chew some breath freshening candy that did the antibacterial breath freshening thing that complemented the toothpaste. Some people might prefer a xylitol candy treat to a mouth rinse.

(.5B)Project your own bike lanes A bicycle could have something like two laserpointers on it that projected two parallel lines ===== on either side of the bicycle. Visible to cars, this would provide a suggested zone of courtesy in a familiar bicycle-
lane form.

Just like self-driving cars it is possible computers could scan traffic and construct optimal sizes of lane width or even cause it to be different colors. The computer would know what to do when there were multiple bicycles near each other.

To get the most optimal angle for the cars to see it, the laserpointers might be at a glancing angle near the base of the bicycle.

Longevity technology:

Are there any chemicals at the circulatory system that affect the length of telomeres? They could screen a library of huge amounts of different proteins, peptides, hormones, ions, and even wastelike fragments of other molecules to find out if any othe
them increased or reduced telomerase and telomere length. If they reduce it, they could be immunized against, creating a longevity immunization. If they lengthen telomeres they could figure out how to make more of that endogenous circulating chemical,
perhaps through gene therapy or supplements. I read about things where they measure the effects of chemicals on millions of yeast cytes, that could be an organism to affordably screen a ten thousand or a hundred thousand different circulating chemicals.



enunchs live longer, cyproterone acetate is described as chemical castration, so:[bs0u0155] Putting some other thing on the cyproterone other than an acetate is a nifty thought. Perhaps there is testis-mostly/only version of cyproterone like diacetyl
cyproterone that passes the testis-circulatory system barrier (I read about it, it is kind of like the blood brain barrier but for gonads, I do not know if ovaries have them as well) but mostly stays out of the rest of the body.





Or, aromatase is an enzyme, that to my perception is mostly in the testis, you could make some cyproterone with moeity molecule that only divides to release cyproterone where there is aromatase.



GSK: Immunizing against mental illness: There is an organism that is published as causing mental illness called Toxoplasma gondii, online it says the treatment is “Most healthy people recover from toxoplasmosis without treatment. Persons who are ill
can be treated with a combination of drugs such as pyrimethamine and sulfadiazine, plus folinic acid.” At the .5B (https://www.halfbakery.com/idea/Selective_20breeding_20of_20bio-companions#1261630449) it says, “Toxoplasma gondii, which infects an
estimated 20-60% of humans and is linked with increased risk of madness” It seems potentially beneficial to screen 5, 9, 13, 18 year olds for that, so they can be treated early and the amount of mental illness reduced. It is even possible that an
immunization against toxoplasma gondii could reduce mental illness at a population.



“Goop from alginate chitosan as well as ginger extract are both peer reviewed published as doubling the rate of healing” (.5B), I read curcurmin causes healing as well.



Longevity: does old guy sperm cause greater longevity in the children, genetically enhanced or optimized gametes could have a quality demonstration trend that also correlates with greater longevity at the children, If you have 70 year old sperm donors,
which pass on really long telomeres, then you also get the data on their minds, bodies, achievements, and longitudinal measures of personality; that makes it so a woman getting gametes to get pregnant, unless she is going for a two mother pregnancy,
combines two benefits, knowing how things are more likely to go and greater longevity from longer telomeres at her children, “Telomere length (TL) in humans is highly heritable and undergoes progressive age-dependent shortening in somatic cells. By
contrast, sperm donated by older men display comparatively long telomeres, presumably because in the male germline, telomeres become longer with age. This puzzling phenomenon might explain why TL in the offspring correlates positively with paternal age.�
� also, “The longer telomeres in sperm of older men suggest, however, that telomerase ‘overshoots', adding telomere repeats to the ends of the chromosomes over and above those lost due to the replication of male germ stem cells” https://
royalsocietypublishing.org/doi/full/10.1098/rstb.2017.0210



Longevity technology: membrane transport molecules linked to telomerase could cause possibly orders of magnitude more telomerase getting to cytes from the circulatory system. Also, if you think of 20 different amino acid or protein specific membrane
transport channels then you could attach telomerase with an enzymatically degradeable linker to each of those 20 molecules and cause 20 times more to the cytoplasm activity and 20 times higher concentrations from a plural molecule telomerase drug. Once
at the cytoplasm, enzymes at the cytoplasm would divide the combination molecule into active telomerase and the other protein or peptide; GI tract bacteria, probiotics, could be genetically engineered to produce telomerase linked to 20 transport
molecules, and skipping digestion could keep the telomerase absorbable. As a probiotic you could just take the engineered bacteria pill until a cheek swab said you had the telomere length of a 4 year old. Also, there are nuclear membrane transport
peptides, it is possible that attaching telomerase to those would transport more of the telomerase to the nucleus to benefit the human being.

Genetically engineered yeast could also deliver telomerase directly to the small intestine, “I was fortunate to eat a bunch of dough; to my perception if you eat a bunch of dough the carbohydrates plus yeast make it past the stomach then the yeast
makes lots of co2 causing a gas-passing event” So something as simple as a blob of bread yeast a few days in a row, could repair telomeres



Longevity technology: “pubmed has a record where ip mouse placenta makes mice live 1.7 times longer http://tinyurl.com/3esjygd “, “To determine the role of placenta cells allogeneic graft in mammalian longevity, the 15-month-old female BALB/c mice (
n = 50) were divided into Control group (A), Short-term transplanted group (B) and Long-term transplanted many times group (C). Their placentae (at 18 days of gestation) were taken out and ground with 50-eye cell grit, and the cells were
intraperitoneally injected into the mice of B group and C group three times at intervals of 10 days; then the cells were transplanted into the mice of C group many times till the time of death. The mice were evaluated by use of ultrasound-cardiogram;
autopsy; score of cardia, spleen, skin, lung, kidney; histopathology; serum total superoxide dismutase activity, serum maleic dialdehyde content, and serum glutathione peroxidase activity. The long-term surviving stem cells were found to be located in
many organ tissues of B and C groups' mice with in situ Y chromosomal hybridization dyeing. Median life span of B group mice was 1.7 times that of A group's after transplantation, but there was no statistically significant difference between B group and
C group. Three months after transplantation, in B group, the pathological developments of significant skin, cardia, lung, and kidney were delayed; the retrogradation of heart function was attenuated; the data on heart mass index (mass of heart/mass of
body), left ventricular mass and serum Maleic Dialdehyde content, and on spleen mass index (mass of spleen/mass of body), left ventricular diastolic volume, serum Total Superoxide Dismutase activity and serum Glutathione Peroxidase activity, were all in
a direction favourable to B group (P < 0.05). These results were in line with the hypothesis, i. e. longevity can be enhanced to some extent by transplantation of placenta cells.” https://www.ncbi.nlm.nih.gov/pubmed/21374985 Notably, the 70% greater
lifespan from injecting female mice with possibly just one of their own ground up placentas. This could be a standard treatment for women who have just given birth. It is also possible that what are called chemical pregnancies or partnerless uterine
blobs, that might have a placenta but at 23 chromosomes are absent the ability to develop, could be induced without pregnancy giving women the ability to make this treatment for themselves at any time they are fertile. Also, noting the placenta is from
the baby’s genome, it is possible a woman could give another family member her placenta for injection with the same amount of tolerability she experiences. So, you could freeze your placenta, then have your parents and siblings inject it when the
effects were optimal, making parents and siblings live longer. They could find out if voluntary donation of a human placenta makes other primates live longer, and possibly find an even more longevizing method of administration than intraperitoneal, that
I think is just a bolus in the abdomen. Perhaps three parts, intraperitoneal, lymphatic system, circulatory system coadministration could reach more kinds of tissues



Longevity technology: there is a kind of cytosis called transcytosis where entire bacteria can migrate into and through cells. It is possible that genetically engineering stem cells, or other placenta cells to be transcytosis active could get more stem
or placenta cells past the capillary epithelium to beneficially go all over the body. It is possible that the transcytosis proteins engineered to be on the outside of the stem cells could be made responsive to a drug that causes them to omit
transcytosis once they got past the capillary and blood brain barrier epithelium, so, like 9-24 hours after a dose, the drug would be given, then the stem cells would be active at their new location and persist there rather than continuing to move around.



This says 1/5 to 1/2 of cardiovascular disease is linked to gingivitis: https://www.halfbakery.com/idea/Breakfast_20improving_20toothpaste#1367440537

Gingivitis bacteria, which might be orderable online, ground up and mixed with copper sulphate might be a heart disease preventing immunization. Other gingivitis immunizations are described at pubmed, The vaccine targets enzymes produced by the
bacterium Porphyromonas gingivalis, to trigger an immune response. This response produces antibodies that neutralise the pathogen's destructive toxins.” https://www.sciencedaily.com/releases/2016/12/161205113748.htm



Wellness technology that would cause many people to live longer: Noting It says 20-50% of heart disease could come from gingivitis and periodontal disease, if that is accurate, then $1 periodontal disease and gingivitis screening with a dollar store
color antibody saliva test could be affordable and comparatively simple to make. Also, when I wenty for a checkup they screened me for more than dozens but I think less than 100 things, they could screen people for periodontal disease and gingivitis
antibodies, and the computer or the physician could generate a predictive risk score based on family history and any actual illness the person might have. Then an antiperiodontal disease treatment like antibiotics could be given without further
laboratory work. If that reduced periodontal disease sourced cardiovascular illness 10-40% (noting 20-50%, and high treatability) that could affect 10 to 40 million Americans, and hundreds of millions of people, eventually, as they come into the
cardiovascular effect-zone, globally. HMOs would value the financial savings from prevention of cardiovascular illness. If the 20-50% numbers are accurate curing and preventing periodontal disease and gingivitis could be much less effort than changes to
diet and exercise, although all three would be beneficial.



Would pulling one rotting tooth and some fragments reduce the amount of gum disease? Likely.



If the thing that says 20-50% of heart disease is linked to gingivitis is accurate, are there any supplements that heighten gum health? “CoQ10, an antioxidant that helps maintain the soft tissues in your body-including your gums. Some early research
suggests that taking CoQ10 can even help shrink the pockets caused by gum disease.”, A study in the Journal of Periodontology found that men and women who consumed less than 60mg of vitamin C daily were 150 percent more likely to have gum disease than
people who took in at least 180mg.”, “Studies shows that “People with low intake (of DHA) had an approximately 1.5 times higher incidence rate ratio of periodontal disease progression”. Regular intake of Omega-3 supplements is helpful in the
treatment of periodontal disease and other gum diseases. Its anti-inflammatory effects effectively reduce the chances of gum inflammation, weak gum and teeth.”

Does once every 1/2 year two weeks of antibiotics do anything beneficial, on pubmed it says about peridontitis, “antibiotics, such as a combination of amoxicillin and metronidazole”, ” doxycycline, “The importance of doxycycline arises from the
fact that it has higher availability in gingival crevice when compared to other drugs, 7–20 times more than any other drug.”, “Because doxycycline can be given only once daily, it makes it more patient compliant. Compliance is also favored because
absorption from the GI tract is only slightly altered. The recommended dosage as an anti-infective agent is 100mg bid on the first day, followed with 100mg once daily for 21 days.”, metronidazole, “Metronidazole is not the drug of choice for treating
A. actinomycetemcomitans infections. However, it is effective against them when used in combination with other antibiotics.[11] It is also effective against anaerobes such as P. gingivalis and Prevotella intermedia.[6]”, “The metronidazole–
amoxicillin and metronidazole–amoxicillin–clavulanate potassium combination caused excellent elimination of many organisms in localized aggressive periodontitis” https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3467876/



It could be possible to immunize against immunoreactivity response, immunizing against antigens in a way that is different than a usual spontaneous immune reaction, “the following are considered to be the primary pathogens causing periodontitis:[4–6]

Porphyromonas gingivalis, Agregatibacter actinomycetemcomitans, Tannerela forsythensis

These bacteria produce an array of antigens that stimulate -pro- inflammatory cells and leads to the production of a wide variety of cytokines. These antigens may stimulate Th1 or Th2 cells.” So something that causes an effective antibody response to
the crummy antigens and cytokines, without having a Th1, Th2 response could reduce cardiovascular risk even among persons with minimal dental hygiene or dentist access, perhaps at the developing world. Also, the duration of effect, the interval between
immunizations could be different between immunizing against the bacteria compared with immunizing a new way against the antigens and cytokines; what if there is an order of magnitude or greater interval advantage to one kind of immunization or the other.

Does periodontal disease effect cardiovascular disease among the young, or only among those who might already be atherosclerotic? Does dental hygeine matter for younger people other than cosmetics and fresh breath?



Possible longevity technology, “Clonal contraction – Death of effector lymphocytes” at pubmed suggests it is perhaps possible to cause antibodies that cause immune disease to decrease, so if reducing puffiness anywhere at the body, or also cosmetic
reactivity of skin, causes greater youthfulness then it may be possible to optimize the amount of immune response to favor only beneficial responses.



GSK: antiperiodontal disease foods that if eaten once every 7 days or even more infrequently might be possible. I read cheese reduces tooth decay, what if there were a halogenated (perhaps fluorinated) or ethynylized cheese oil or cheese protein that
was 10, 100, or even 1000 times more potent than cheese at minimizing tooth decay and gum disease? It is slightly far out, but as fluoride is anti-tooth decay, it is just possible that a cheese oil or cheese protein fluoride could have orders of
magnitude more anti tooth decay effect while metabolizing at saliva enzymes to be like one toothbrushing per 7 days amount of fluorine as a 2019 toothpaste.


[continued in next message]

--- SoupGate-Win32 v1.05
* Origin: fsxNet Usenet Gateway (21:1/5)