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“He has been wearing them for 24 hours now and all I can say is WOW! His skin
is already so much clearer, he has had a full night’s sleep,
and very little scratching this morning. I honestly didn't
think I would see the effects so quickly.”
a unique range of Therapeutic Clothing.
Therapeutic Clothing is used in the treatment of various
forms of dermatitis, eczema and allergic skin conditions
that affect different areas of the body across all
DermaSilk Therapeutic Clothing is made of a special, knitted medical
grade silk which has been stripped of its outer coating and bonded with
Microbe Shield technology. It is far superior to cotton because it retains
up to 30 % of its own weight in moisture without feeling damp.
is special in that it maintains a stable moisture balance on the skin whether its worn on warm or cold days. All the garments in the DermaSilk
range are capable of absorbing moisture without causing
irritation to the skin. Used as part of the normal
treatment programme, DermaSilk helps reduce the terrible
'itch-scratch cycle' and because its special knitted
construction allows the free movement of air through
the fabric, this allows the skin to breathe more easily
and promotes faster healing.
is not like any other silk garments that you can buy
and other clothing made from standard shiny silk has
not been shown in controlled clinical trials to perform
in the same way as DemaSilk. Many claims are made by
other manufacturers but only DermaSilk is clinically
is confirmed by Koller and his colleagues in a clinical paper which states that -"Normal" silk fabrics used for clothes are not recommended for dressing of subjects with
atopic dermatitis, as these fabrics reduce transpiration
and therefore may cause worsening of disease activity.
it doesn't say DermaSilk on the garment then it won't
do what DermaSilk does on the skin!
unique range of garments becomes like a 'second skin'
thus reducing the potential for surface friction to
Antimicrobially Protected - For Good Reason
Silk is a protein fibre and as such can promote the growth of bacteria and fungi which can come into contact with it. This unwanted feature is a particular problem with eczematous skin as increased levels of bacteria can cause increased irritation to the skin. It is therefore vitally important to protect the silk from microbial contamination whilst on the wearer.
What is equally important is the choice of antimicrobial. Ideally the antimicrobial should be capable of killing excess bacteria without migrating from the fabric. this means that it only works when the fabric is actually touching the skin and so that it does not wear out over time due to washing. when you are paying for a garment such as these you don't want to be discarding them after 20 - 30 washes because the antimicrobial isn't protecting the silk!
Safety is also important. An antimicrobial that is permanently bonded to the fabric cannot release any agents onto the skin or into the environment when washed. Authorities in Sweden banned silver impregnated sticking plasters from sale some years ago as the silver had the potential to leech into the water course and poison fish.
The antimicrobial chosen for DermaSilk fulfills both the above criteria and more. AEM 5772/5 is a physical killer of bacteria, rather than a chemical poison. It has been used in hospitals
for over 30 years where it has proven ability to inhibit
bacterial and fungal growth on fabrics such as operating
theatre gowns. It acts by puncturing and electrocuting
bacteria and fungi, causing their instant death. There
is no chemical released from the silk to poison the
cells and no chemicals or nano-particles are released
onto the skin. No other antimicrobial is capable of
protecting silk in this way.
are microscopic molecules. Over 1,000 would come into
contact with each bacteria.
AEM 5772/5 has been subjected to rigorous toxicity tests to ensure its safety on both intact and damaged skin. Passing these tests was vital for the fabric to achieve registration.
The antimicrobial is also environmentally friendly. A shirt treated with this technology placed in a landfill will break down to basic components in about five years. The AEM 5772/5 molecule will break down into the common carbon dioxide, nitrous oxide, and silicon dioxide (sand or quartz) from which it was derived.
possibility of bacterial resistance developing is virtually
zero because the shield acts by physically damaging
the microbe cell walls rather than killing them by chemical toxins such as triclosan or silver. More importantly,
there is no migration of the agent from the silk to
the skin so no risk of a build up of any toxic compounds
on the delicate skin of the wearer.
does not contain silver molecules of any sort, nor
any nano-particle material.
antimicrobial is colourless and odourless and because the DermaSilk range of garments has been designed for frequent washing, it is
still highly effective even after many, many washes.
DermaSilk has been shown in published clinical trials to be superior
to cotton in controlling itching and scratching and its effectiveness
has even been compared favourably with a topical steroid cream.
a protein which resembles human hair
in both its physical and chemical structure.
Silk is used as a non irritant thread
in surgical procedures and can be applied
directly onto damaged skin. It is well
suited therefore for use on skin irritated by atopic conditions.
some extraordinary properties. It is
capable of rapidly reaching body temperature
and then maintaining it at a constant
level. Such a characteristic is important
because it helps to reduce excessive
sweating which is often common in infants,
children and even adults affected by eczema. This can protect the skin from a loss of moisture which otherwise can aggravate
a vegetable fibre and does not have any
temperature regulating capability. It
can only absorb up to 10 % of its own
weight and once the sweat starts to cool
down, the skin temperature also goes
down forcing the body to react to raise
the body temperature. This generates
more sweating and further moisture loss.
are composed of millions of very
short fibres spun together. Each
fibre absorbs moisture and this causes
the fibres to twist and contract.
This movement can irritate and scratch
the already sensitised skin. This can then contribute to the debilitating ' itch - scratch ' cycle.