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Chapter 6
Non-Invasive
& Natural Remedies with Notes on Drugs
There
are a number of excellent herbal books on the market — Juliette
de Bairacli-Levy's Herbal Handbook for Farm and Stable is
one of the best. One must remember when reading her work that all
of it was done in countries where herbs grew in the pasture naturally
and rainfall was, on the whole, regular and plentiful. Also remember
that conventional chemical fertilizers and sprays were still a little
way down the track.
Many
areas are too dry to grow herbs in any quantity, and this was one
of the reasons that I turned to vitamins and minerals as they were
always obtainable when animals were off color. Mrs. Grieve's
Modern Herbal is another book which I found useful; often she
gives the mineral or other makeup of the herb, and one can use this
in place of the actual plant if it is unavailable. There is a growing
tendency nowadays to regard herbs as food. Herbs are not food, and
should never be fed in this manner. Horses may be allowed to help
themselves if it is practical to do so.
Homeopathy
is now being used quite extensively and so are Bach flower remedies
and acupuncture; there are good books on all three — study them.
Another source of good information, especially in the horse world,
are the works of some of the great early horse vets who, in many
cases, used homeopathy as well. Following are just a few items which
I have used personally and successfully with animals.
Aloe
Vera
This
is a plant in the cactus family. Those lucky enough to have the
actual plant often use the leaves directly; otherwise it is obtainable
in liquid, ointment or gel form. Care should always be taken with
any creams and mixtures from plants (or other sources) to be certain
that the product has not been scented or added to, as the original
is best. Aloe vera can be fed or used externally. I tried the latter
on a buck goat I bought. The animal had a badly ulcerated wound
and severe foot rot. The feet were easy enough to deal with, but
the ulcer, near the hock, was of a long-standing and very obstinate
nature. After trying anything and everything without success, the
aloe vera effected healing in three days.
Apple
Cider Vinegar
This
simple and easily obtainable liquid is invaluable in any region
where potassium is often in short supply — mainly due to chemical
farming. Cider vinegar contains natural potassium in a safe form.
It should always be bought in bulk and unpasteurized. Most fodder
stores now carry it these days — the old law of supply and demand
— the pasteurized variety is not popular with animals, nor is it
as effective.
Feeding
quantities of apples as such can lead to digestive problems in horses
(although chopped apples are reckoned to help with sanding). Horses
willingly take cider vinegar in large amounts and it is wholly beneficial
— a quickly assimilated source of potassium as well as other trace
minerals. When I first read one of Dr. Jarvis' many books on cider
vinegar, I did as he instructed and left a container for the horses
and goats to help themselves. It may have worked in Maine where
the deficiencies were not so great, but I could not afford to continue
it ad lib in Australia where the deficiencies are huge.
Cider
vinegar maintains the correct pH in the body, which is probably
one of the reasons it is so useful. Because of its potassium content,
it is invaluable for mares coming up to foaling. If there is any
doubt about potassium levels, start feeding it six weeks before
the foal is due. Personally, I feed it throughout the year.
Potassium
deficiencies cause blood vessel constriction, affecting the extremities
and, it seems, the cervix and uterus in the final stages of pregnancy
— dystokia is the result. I first used cider vinegar on my milking
goat herd after a season of very difficult births. The next year
I was amazed at the difference, even the largest kids from maiden
does arrived relatively easily and in very good health. Many stock
owners and human mothers have observed similar effects.
Cider
vinegar helps prevent bruising and assists the tissues to recover
from exertion. Given regularly to stallions, it will help prevent
urinary calculi, especially useful if they are limited to very hard
water — as is the case on many properties. Cider vinegar added to
feed twice a week would be sufficient to stop stones in the urethra
or kidneys, and prevention is certainly better than cure for this
dangerous condition. A tablespoon twice a week would be enough for
a stallion.
It
can also be used as a mild cure for skin conditions. For instance,
cider vinegar can be used on ringworm when it is too close to the
eyes to use a copper wash; rubbing it in well two or three times
a day for a couple of days is usually enough. Those wishing to learn
more about cider vinegar should read any of Dr. Jarvis' very interesting
little books on cider vinegar. There are various editions available.
Arnica
Montana
This
is a perennial herb that grows in the mountains of Europe and is
now being cultivated successfully in various locations. It is best
used in homeopathic tinctures and pills, and an ointment is available
in health shops. In homeopathic form, it is an excellent painkiller.
I have used it postoperatively with astonishing results by normal
rules. Once I used it on a dog who was going in for surgery. The
dog concerned had no idea she'd had an operation, and did not try
to scratch or lick the site at all. It also seems to have a healing
effect; the dog in question has no scar from the operation — which
was performed to remove a salivary gland — and it had about 14 stitches
as well as two drainage tubes. In common with vitamin C, arnica
is good for shock or trauma.
A
two-year-old thoroughbred slipped her handler and galloped straight
down the middle of a busy freeway. She went clean over one car and
into another. The owner insisted we use a drug-free regime. I told
him to get a homeopath to provide both oral arnica and a spray for
the wounds, which were multiple all over her body. They also used
homeopathic calendula, which is marvelous for healing. By any standards,
the result was impressive. One month later she was turned out in
some fertile hill country with everything healed up and healthy.
(Massive amounts of vitamin C and other vitamins were also used.)
An
old book on veterinary homeopathy recommends that arnica is the
first mode of treatment in all cases, regardless of the injury or
symptoms, as it calms the patients completely. Available from homeopathic
doctors and some vets, 200C is the potency most often used for horses
in either pills or drops; the former were used on the filly mentioned
above.
Comfrey
The
old folk name for comfrey was knit-bone because it helped heal broken
bones. It is a broad-leaved plant that grows quite readily in the
damper, cooler areas. It will not thrive without plenty of water.
Unfortunately, comfrey tends to die back in the winter, but can
sometimes be kept going in a sheltered frame where it is protected
from frosts. Otherwise, as with any herb, dry some during the summer
and keep it for winter use.
In
spite of much publicity to the contrary, the whole plant is completely
safe, both internally and externally. In many parts of Germany and
also Japan, comfrey is used exclusively for dairy cattle fodder
during the summer months. It is highly nutritious, and also is of
great assistance when used internally or topically for bone problems,
including breaks. It is one of the few plants that contains natural
vitamin B12, which may be one of the reasons why it is so good in
the case of sickness. Comfrey may be used in poultices, and will
often reduce bony swellings like splints (of recent origin) in a
matter of days. It may be made into an ointment or used as a liquid
obtained by boiling the leaves; distilled comfrey oil is the best
if you can get it. All forms are useful at some time or other. The
plant also has the reputation as an inhibitor of cancer.
The
best way to feed comfrey is to offer a few leaves once or twice
a week to horses; they appear to find it very palatable. In the
United Kingdom, most racing stables have a bed of it by the barns
and feed each horse a few leaves a week.
Emu
Oil
This
is now readily obtainable from pharmacies, feed stores and breeders
as well. It is one of the by-products of emu farming. The oil should
be odorless, with no additives; it is quickly absorbed through the
skin, and is very helpful in cases of deep-seated joint injury.
In horses it has reduced bony swellings in the same manner as comfrey.
Garlic
This
is an onion-like plant that will grow very prolifically if kept
damp and well fed. Either the bulbs or the chopped leaves may be
given. It is also available in oil-filled capsules or tablet form.
Garlic, like onions, contains natural sulfur, and sometimes reduces
the incidence of interior parasites.
It
is a natural antibiotic, especially useful in intestinal disturbances.
Garlic also has the reputation of being a vermifuge, and although
it undoubtedly helps, in my experience it cannot entirely take the
place of a balanced diet with the correct amounts of copper. It
is now obtainable in bulk, chopped, ready to add to feed and is
used in the horse racing industry in this way. In cases of sickness
in any stock, persuading them to eat garlic in some form can only
be beneficial. It can be blended or offered whole; the horseman
must experiment.
Drugs,
What One Should Know About Them
One
of the advantages of using vitamin C is that it has no serious side
effects. Any student of medicine will know that all drugs have their
disadvantages, the question is whether the good the drug does outweighs
its ill effects.
Antibiotics
These
drugs have undoubtedly saved many lives in the animal and human
populations; however, the fact is that once a certain antibiotic
has been used on a beast, that particular drug cannot be used again
as effectively. This is the reason why indiscriminate use of antibiotics
is so dangerous. The organism for which the drug is used builds
up tolerance and resistance which apparently lasts forever. Antibiotics
affect the villi in the intestines, making them shrivel up, and
causing aching guts in the process.
Sensitivity
tests for a drug's usefulness should always be done, and I always
insisted that the vets did this. In a subclinical mastitis outbreak,
I learned about this. I had been advised to shoot about half my
herd as they had previously had all the available antibiotics (I
bought them when quite old); the next lot had received almost every
antibiotic, and there was one left that could be used with some
hope of success. The younger ones could be given penicillin as they
had never had any drugs before. I declined to treat any of them
that way, and found safer, more effective methods of cure and prevention
using dolomite as a carrier for the necessary calcium and magnesium.
I learned that by raising the health of the animals and making sure
that they received the necessary dolomite in their feed, mastitis
and other similar diseases could not become a factor.
However,
I was constantly hoping that a safe alternative would be found to
antibiotics, and eventually learned about vitamin C and its curative
powers. Make sure that a vet gives any drug that your stock may
need, and never borrow something from another farmer or friend.
Vets tell me that when they give vitamin C with drugs, quite often
the good effects are enhanced and the bad ones minimized. Bear in
mind the information in Chapter 5 on vitamin B12, and always insist
that an injection of this is given with an antibiotic if one has
to be used. A vet demonstrated the necessity of this to me years
ago with a mare that had been very ill with colitis X — the B12
injection undoubtedly helped her to regain her appetite and recover.
One
of the reasons why we have virtually run out of useful antibiotics
is the frequency with which they have been used — many cases where
good nutrition and nursing would have been successful were given
powerful drugs because the owners did not feel like doing the work
involved. We took the easy option, little realizing that new drugs
cannot be found indefinitely, and one cannot entirely blame the
veterinary profession for this — owners wanted a "quick fix" as
well.
Butazolidin
(BTZ, Bute)
This
is an anti-inflammatory drug that is quite often used on performance
horses. As I write this, however, I have on my desk a report from
a veterinary clinic in Victoria that was sent to me by a client
(of mine and theirs). The report states that since residues of this
drug or its derivatives have been found in export beef in the United
States, there is a possibility that it may be banned. Clinics everywhere
are advising that these substances should not be used any more.
Anti-inflamatories are painkillers, they are sometimes used in arthritic
conditions, and there may be a belief that they are growth promotants
as well, which is perhaps how they were found in beef.
Now
that arnica is coming into widespread use there is a safe substitute.
Remember that "bute" and many other anti-inflamatories have one
rather dangerous side effect — they weaken blood vessels, often
to the point where internal hemorrhaging will cause death. The best
course of action is to cure the cause of the pain, not mask it with
"bute" or anything else. If it still has to be given, make absolutely
sure that some vitamin C is given at the same time. This strengthens
blood vessels, and so may avert a disaster, but in view of the above
information, it looks as though this particular drug is on the way
out.
Cortisone
In
the section on vitamin B5 I explained the mechanism for making cortisone
naturally in the body. In humans, cortisone given artificially inhibits
the output of natural cortisone for up to two years. I do not think
anyone has found out what it does to horses, but I imagine it would
be similar. So in any condition where cortisone would be indicated,
such as infections, give extra vitamin C. If the horse has been
fed barley, the vitamin B5 levels should be in good order — see
section on that vitamin (Chapter 5). A lack of magnesium means low
B vitamin levels.
Hormones
Any
form of hormones or steroids is best avoided if possible as the
after-effects can be rather traumatic. My first experience with
these drugs put me off. A fox terrier bitch belonging to my parents
was covered by the wrong dog, and the vet said there would be no
problem; he would give her a hormone injection (stilboestrol in
that instance) to make her abort. The dog was dead of cancer of
the uterus within five months. I know that drugs and methods of
administration have improved over the years, but I still have not
seen or heard anything that makes me think that one does not pay
for the use of such substances. The body is not geared to manage
the often unknown side effects. If steroids have to be used, remember
that they have the effect of stopping the absorption of calcium
and magnesium, and they also either stop the synthesis of vitamin
A or render it unobtainable, so the intake of those minerals and
vitamins would have to be kept up.
I
found this out in large animals that had been given hormones for
ovum transplant programs. The animals seemed to have persistent
vitamin A deficiency troubles for the next two years. Often the
deficiency was so great after hormone administration that they could
not hold to service or breed normally for that period without considerable
amounts of extra cod liver oil (vitamins A and D). Shortages of
those vitamins and low copper levels are the biggest causes of poor
breeding performance. Goats that have been dried off with stilboestrol
show the same symptoms. It has taken a whole lactation before their
production returned to normal. After all, stilboestrol is a male
hormone which would be contraindicated in a milking animal. Drying
off a mare with stilboestrol would be counterproductive because
it acts too quickly and often causes mastitis. The old-fashioned
method of making vinegar poultices is still an effective way of
drying up a milking animal if there is a good reason for doing so.
A bitch whose puppies had been killed at five days was dry in 36
hours using that method.
However,
in some breeding programs there are cases where hormones have to
be used, especially for artificial insemination when using a stallion
in another country. Ovum transplants could not be performed if we
did not have hormones; in those cases, regular supplementation with
cod liver oil must be an ongoing part of the program which should
include the normal minerals in the feed as well. If this is not
done, there will be abortions and the whole process will be wasted.
Anthelmintics
& Exterior Parasite Preventatives
Thanks
to the works of Dr. William A. Albrecht, we know that interior parasites
are caused by unhealthy land for two reasons. One is that the dung
beetles will not be working on poor land, and the other is that
the horses do not receive adequate copper from poor land. Nowadays,
when our soils are nowhere near what they should be (and possibly
will not be so in the foreseeable future), copper sulfate and sulfur
with dolomite and seaweed meal should be added to the feed or made
available in licks as described. When I worked on the land in the
middle of this century, worming horses just didn't figure in our
activities. All animals have a few worms; some horses in racing
used to pass two-yard samples, and they were fit and winning races.
So I feel that it is not the worms that are the culprit, but the
lack of top-class healthy feed.
All
anthelmintics contain a poison, or they would not work. Because
they are not made (these days) from natural substances, resistance
to them has become a fact of life. I was doing a talk for the local
department of agriculture a few years ago, and the convener said
as he introduced me, "I hope you have some answers to worms, because
the drenches are becoming redundant faster than replacements can
be made."
Fortunately
we do, and it is basically called good management. Another aspect
is that organic certification cannot include the use of these substances,
or those that destroy exterior parasites — equally easy to prevent.
Those who have read the section on sulfur will realize the great
uses of that natural substance.
One
of the facts that spelled out the demise of several drenches was
their toxic after-effects. Manure was not processed in the normal
fashion by worms and dung beetles, and some brands of drenches caused
the deaths of chickens who scratched around the horseyards. In recent
times, some drenches have actually caused the deaths of the horses
to which they were given — I know of one case where the vet rather
apologetically told the owner that it happened occasionally. It
would be interesting to know whether these animals die from anaphylactic
shock or if the drench is cumulative or just unstable in its effects.
Large doses of vitamin C, administered in time, stopped deaths in
two others who came to my attention.
Exterior
parasites only attack animals whose sulfur levels are inadequate
or animals that have sugar (from molasses) in their blood. Unfortunately,
much of our land is sulfur deficient — I had hardly ever seen lousy
animals until I came to Australia in 1959, but in 1996 when visiting
the United Kingdom, I found that nearly all dairy cows had lice.
Sulfur is inhibited by artificial fertilizers; these were not in
general use when I left the United Kingdom for Australia in the
fifties, but now ammonium nitrate and superphosphate are used regularly
in agriculture worldwide. Check the section on sulfur and it will
be seen how incredibly important it is for full health.
Vaccinations
— See Section in Chapter 8.
Seaweed
Products
Seaweed
meal is marketed as just that, or as kelp powder under various trade
names. The important thing is that there are no additives in it
like urea, and that the minerals in it are as nature intended and
not chelated or added to in any way.
There
are several firms processing seaweed from the oceans of the world.
I fear that there is worldwide pollution in the sea; the great ecologist
Rachel Carson (Silent Spring) found there was in 1962, but it is
still the safest and best fodder additive that we have.
The
section on iodine shows the necessity for using seaweed meal to
ensure the continued health of horses in particular. When I visited
some trainers in England in 1988, I mentioned that many horse owners
were rather reluctant to use seaweed meal and Iwas met by amazement
as apparently every racing stable there, and in the rest of England,
now uses it.
The
analysis below shows the amazing amount of trace minerals present
in seaweed, all in organic form and in balance — thus ensuring that
no toxicity can occur. I used to say that the average dose for a
horse is a dessert- spoon a day — thoroughbreds and horses in strong
work could possibly use more, ponies and crossbreeds would not need
so much. However, in the years since I wrote that, I have seen far
too many crossbreeds (non-thoroughbred horses) that have been fed
far too much and become ill or unmanageable as a result. Now I advocate
that all horses should have it ad lib, to take as much or as little
as they need — they know a lot better than we do what they need.
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Table
2
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Analysis
of Seaweed Meal
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Variety:
Ascophyllum Nodosum
|
| Element |
Percent |
|
Element |
Percent |
| Aluminum |
0.193
|
|
Osmium |
trace |
| Antimony |
0.000142
|
|
Palladium |
trace |
| Barium |
0.001276
|
|
Platinum |
trace |
| Beryllium |
trace
|
|
Phosphorus |
0.211 |
| Bismuth |
trace
|
|
Lead |
0.000014 |
| Bromine |
trace
|
|
Potassium |
1.28 |
| Cadmium |
trace
|
|
Radium |
trace |
| Calcium |
1.904
|
|
Rhodium |
trace |
| Cerium |
0.0194
|
|
Rubidium |
0.000005 |
| Boron |
trace
|
|
Selenium |
0.000043 |
| Caesium |
trace
|
|
Silicon |
0.1642 |
| Chromium |
trace
|
|
Strontium |
0.074876 |
| Copper |
0.000635
|
|
Sulfur |
1.5642 |
| Chlorine |
3.68
|
|
Tellurium |
trace |
| Fluorine |
0.3265
|
|
Thallium |
0.000293 |
| Gallium |
trace
|
|
Thorium |
trace |
| Germanium |
0.000005
|
|
Titanium |
0.000012 |
| Iodine |
0.0624
|
|
Tin |
0.000006 |
| Indium |
trace
|
|
Tungsten |
0.000033 |
| Iridium |
trace
|
|
Uranium |
0.000004 |
| Lanthanum |
0.000019
|
|
Vanadium |
0.000531 |
| Magnesium |
0.213
|
|
Zinc |
0.003516 |
| Manganese |
0.1235
|
|
Zirconium |
trace |
| Mercury |
0.00019
|
|
Iron |
0.08956 |
| Molybdenum |
0.001592
|
|
Silver |
0.000004 |
| Nickel |
0.0035
|
|
Sodium |
4.18 |
| Cobalt |
0.001227
|
|
Niobium |
trace |
| Lithium |
0.000007
|
|
Gold |
0.000006 |
The
mildest effect from too much seaweed is that horses will "break
out"; the worst is that they go somewhere near stark raving mad.
"Breaking out," for those who have not met the term before, is rather
like humans getting acne from over-rich feeding — spots come up,
usually around the lower neck and wither area. None of these effects
happen if horses have free-choice feeding and, in the long run,
it is probably cheaper that way. Containers on the side of the stable
should be built to contain seaweed in one half, rock salt in the
other, and at times the owners may be amazed at how much, or how
little, will disappear.
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