deo Flashcards

1
Q

used perfumed oils to mask natural body odors, hair removal also
helped reduce odor

A

Egyptians

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2
Q

It was first used in the ancient Roman civilization for deodorant purposes to reduce body odor.

A

Alum stone (potassium alum)

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3
Q

They became huge centers for perfumes in Europe.

The use of perfumes, spices, and aromatics became an important part of everyday life

A

Italy and France

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4
Q

the first modern aluminum-containing antiperspirant.

It led to skin irritation and damaged the fabric as well.

A

EVERDRY

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5
Q

it was known as a “Spray Deodorant” due to the packaging the deodorant came in

A

STOPETTE

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6
Q

The first roll-on deodorant was also launched in the 1950s; its design was based on the ballpoint pen.

A

BAN ROLL ON

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7
Q

The first aerosol antiperspirants appeared on the market;

environmental and health
concerns arose

A

GILLETTE’S RIGHT GUARD

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8
Q

Simple, coiled tubular glands, known as the “true” sweat glands since their main function is to control body temperature and electrolyte balance through the evaporation
of water from sweat on the body surface.

A

Eccrine Gland

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9
Q

Found all over the body, especially on the palms, soles, axillae (underarms), and forehead

A

Eccrine Gland

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10
Q

Limited to certain body parts, such as the axilla, anus, and breast.

They become functional at puberty when the sex hormones are produced. They are usually triggered by emotions, such as excitement, anger, and fear.

A

Apocrine Gland

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11
Q

Ducts in the axillae and groin secrete viscous fluid into a hair follicle

A

Apocrine Sweat Glands

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12
Q

Secretions are oily and viscid, consisting mostly of proteins,
steroids and fatty acids

A

Apocrine Sweat Glands

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13
Q

Secretions are mainly responsible for body odour due to bacterial decomposition

A

Apocrine Sweat Glands

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14
Q

Ducts open to a skin surface

A

Eccrine Sweat Glands

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15
Q

Secretions are watery, consisting mostly of water and solutes

A

Eccrine Sweat Glands

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16
Q

Secretions are mainly responsible for thermoregulation and partly for body odours

A

Eccrine Sweat Glands

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17
Q

Sweat by itself is odorless

A
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18
Q

odor develops by the activity of
___ on the skin surface.

A

bacterial flora

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19
Q

bacterias that produce body odor

A

Corynebacterium
Streptococcus
Propionibacterium spp., and Micrococcus,

as well as
yeast, Malassezia.

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20
Q

These are topically applied products designed to reduce or mask
unpleasant body odors by reodorization and/or antibacterial action.

A

Deodorants

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21
Q

These are topically applied products designed to reduce underarm wetness by limiting body transpiration.

A

Antiperspirants

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22
Q

It should be noted that a “deodorant” is not an ‘antiperspirant’

but an “antiperspirant” can be a ‘deodorant.”

A
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23
Q

How Deodorants and Antiperspirants May Affect
the Human Skin and Body?

A

• Hyperhydrosis starter (replaced by Botox)
• Skin irritation and allergies
• Overheating
• Stain the clothes

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24
Q

Required Qualities and Characteristics and Consumer Needs

A

• NEUTRAL OR PLEASANT ODOR
• EASY TO SPREAD
• PLEASANT FEELING DURING APPLICATION
• WELL-TOLERATED AND NON-ALLERGENIC
• LONG-TERM DEODORIZATION
• QUICK DRYING PROPERTIES
• NON-STAINING PROPERTIES

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25
type of ingredient that reduce the perception of odor through blending with underarm odor and masking it
Odor Masking
26
Odor masking ingredient:
Fragrances
27
Type of ingredient that physically neutralize odorous molecules formed in the axilla via absorption or adsorption
Odor Absorbing/Adsorbing
28
Odor Absorbing/Adsorbing ingredients:
Silicones and Silicates
29
Type of ingredient that chemically neutralize odorous compounds, yielding odorless components
Odor Neutralizing
30
Odor Neutralizing ingredients
Sodium and Potassium Bicarbonate Zinc carbonate
31
Type of ingredient that directly inhibit certain enzymes of the underarm bacteria, which results in odor reduction.
Esterase Inhibitors
32
Esterase Inhibitor:
Zinc glycinate
33
Type of ingredient that bind to the odorous chemicals and form complexes with these materials
Odor Quenching
34
Odor Quenching ingredients:
Zinc ricinoleate Metal oxides (Zinc oxide)
35
Type of ingredient that prevent underarm odor formation by inhibiting or deactivating the bacteria responsible for bad odor formation.
Antimicrobials
36
Antimicrobial ingredients:
ethanol triclosan quaternary ammonium salts glyceryl fatty acid esters essential oils (thyme and clove)
37
type of ingredient that reversibly block sweat gland excretion by forming a temporary, gelatinous plug in the eccrine duct that reduces, but does not stop, the flow of axillary perspiration.
Antiperspirant
38
Aluminum-zirconium-based agents
aluminum zirconium tri-, tetra-, penta- octachlorohydrate
39
Aluminum-based agents
aluminum chloride aluminum chlorohydrate aluminum sesquichlorohydrate aluminum dichlorohydrate aluminum sulfate
40
Aluminum chlorohydrates can be complexed with
polyethylene glycol or propylene glycol as alcohol-solubilizing adjuncts
41
Roll-on that is usually opaque O/W emulsions. The active ingredient is typically formulated into the external phase to provide better efficacy.
Water-Based
42
Roll-on that has shorter drying time and offer a refreshing feeling upon application. These products are usually thickened with a hydrophilic polymer, such as cellulose derivatives or carrageenan.
Hydroalcoholic
43
Roll-on that is formulated as anhydrous products where the actives are suspended in volatile silicone oils, such as cyclomethicone
Silicone-based
44
Used as the gelling agent (can also contribute to clarity) in deodorant sticks
sodium stearate
45
In deodorant sticks, deodorizing agents and fragrances are usually dissolved in the
hydrophilic vehicle (PG, DPG)
46
Used in deodorant sticks for transparency
Nonionic surfactants
47
Used in deodorant sticks to improve the stability and extend the shelf-life
preservatives, antioxidants, and chelating agents
48
in deodorant sticks, these may be needed to adjust the product’s pH
neutralizing agents
49
anhydrous suspensions containing the suspended antiperspirant actives in a silicone-based vehicle
Antiperspirant Sticks
50
provide quick drying and dry skin feel without being tacky or oily
cyclopentasiloxane and cyclomethicone
51
Used in antiperspirant sticks for a soft skin feel and glideability
myristyl myristate
52
Used in antiperspirant sticks as dispersing agents for the antiperspirant actives
Nonionic surfactants such as PPG-4 butyl ether
53
hardening agents in antiperspirant sticks
stearyl alcohol, behenyl alcohol, and hydrogenated castor oil
54
suspending agents in antiperspirant sticks
Talc and silica
55
transparent formulations, which are often associated by consumers with a lack of white residue on the skin. They are similar to silicone-based roll-ons with a higher viscosity. They generally contain the antiperspirant actives dissolved in water in the internal phase.
Extrudable Clear Gels
56
white anhydrous silicone suspension pastes. The powder active ingredient is suspended in the silicone. The paste is thickened to the desired viscosity with waxes, such as C18–36 acid triglyceride and tribehenin. The products may also contain additional ingredients.
Extrudable Soft Solids
57
typically contain a solution of a deodorant ingredient, such as an antimicrobial active in an ethanol and/or a propylene glycol, which is blended with a liquefied propellant
Deodorant Aerosols
58
The most commonly used propellants in deodorant aerosols
Propane, butane, and isobutane
59
antiperspirant actives are suspended in the product concentrate and are not solubilized
Antiperspirant Aerosols
60
most antiperspirant aerosol sprays have directions on shaking the can before use in order to homogenize the product
61
One of the biggest concerns with regard to the use of antiperspirants was whether they can cause breast cancer
Aluminum
62
use of this was banned in the US in the late 1970s due to concerns regarding the ozone layer. Formulators started using various hydrocarbons, which belong to the class of ingredients known as VOCs
CFC propellants
63
It is used as a complexing agent to form various aluminum-zirconium chlorohydrate complexes. All these complexes contain aluminum chloride and zirconium chloride.
Zirconium
64
hollow tubes with an elevator platform inside that can move up and down to dispense the product
Stick containers
65
consist of a hollow glass or plastic body, a cap, and a roll. The roll itself is made of a hollow ball and a housing for the ball.
Roll-on Containers
66
supplied in onecompartment cans, where the formulation and the propellant are mixed together. These can be fabricated from tin- coated steel, tin-free steel, or aluminum.
Aerosol Cans