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  • Hannah Angelique Losaria

  • 問題数 92 • 8/21/2024

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    問題一覧

  • 1

    This defect is due to thermal expansion of tablet cores and lack of film flexibility caused by overdrying

    VIII. Type 1 film cracking

  • 2

    This defect is often associated with exposure of tablet cores to coating process conditions rather than a direct effect of applied coating

    X. Delayed dissolution of IR products

  • 3

    A defect due to core swelling caused by excessive moisture uptake into tablet cores during coating application.

    IX. Type 2 film cracking

  • 4

    This happens when partially spray dried materials accumulate within the logo, causing an unclear logo design.

    V. Logo infilling

  • 5

    This defect is caused by partial spray drying or of overwetting causing the soft coating to rub.

    VII. Rough coating

  • 6

    This part of the tablet press distributes the granules into the table top for compression.

    Feed shoe

  • 7

    for storing materials for compression

    Hopper

  • 8

    guides the movement of the punches

    Cam tracks

  • 9

    for compacting the materials within the die

    Punch

  • 10

    controls the size and shape of the tablet

    Die

  • 11

    Internal disintegrants are those added before granulation. On the other hand, external disintegrants are added before compression.

    Both statements are true

  • 12

    HPMC

    Film former

  • 13

    Castor oil

    Plasticizer

  • 14

    TiO2

    Opacifying agent

  • 15

    Polyethylene glycol

    Alloying substance

  • 16

    This part of the aerosol system connects the actuator and spring

    Stem

  • 17

    opening where the product comes out

    Valve

  • 18

    a tube that extends from the valve to the bottom of the can so that the product under pressure is pushed out

    Dip tube

  • 19

    holds the spring and connects the dip tube to the valve assembly

    Housing

  • 20

    enables the user to activate the aerosol delivery system

    enables the user to activate the aerosol delivery system

  • 21

    Hydrophilic Petrolatum, USP

    Absorption base

  • 22

    Petrolatum White petrolatum Yellow ointment White ointment

    Oleaginous bases

  • 23

    Hydrophilic ointment

    Water-removable base

  • 24

    Polyethylene glycol

    Water-soluble base

  • 25

    This method of drug delivery enhances the transport of some solute molecules by creating a potential gradient through the skin with an applied electrical current or voltage.

    Iontophoresis

  • 26

    reversible alteration of the stratum corneum to reduce its diffusional resistance.

    Chemical enhancers

  • 27

    high-frequency ultrasound.

    Sonophoresis

  • 28

    creates conduits for the transfer of drugs through the stratum corneum

    Microfabricated microneedles

  • 29

    This suppository base contains triglycerides derived from coconut oil.

    Witepsol

  • 30

    Mixed triglycerides of oleic, palmitic, stearic acids.

    Cocoa butter

  • 31

    Triglycerides from palm, palm kernel, and coconut oils with self-emulsifying glyceryl monostearate and polyoxyl stearate.

    Fattibase

  • 32

    A homogeneous blend of PEGs and polysorbate 80.

    Polybase

  • 33

    Triglycerides of saturated fatty acids C12–C18 with varied portions of the corresponding partial glycerides.

    Witepsol

  • 34

    Acts between surfaces in relative motion to prevent friction and wear and also aids the release of the tablet from the die.

    Lubricant

  • 35

    Prevents granulations from sticking to the faces of the punches and die walls

    Antiadherents

  • 36

    Reduces friction among particles to enhance the flow

    Glidants

  • 37

    Promotes breaking of tablet after administration

    Disintegrants

  • 38

    Which filling method utilizes the container as the basis for controlling the fill of each unit?

    Constant level

  • 39

    filling according to the exact weight (for large containers OR highly viscous liquids).

    Gravimetric

  • 40

    filling according to constant volume (not for very viscous liquids).

    Volumetric

  • 41

    For beverages – water bottles, jars, caps Have transparency and luster Gamma radiation sterilization

    1. POLYETHYLENE TEREPHTHALATE (PET)

  • 42

    Hard thermoset for solid dosage forms Shampoo bottles, grocery bags Resistant to leaching

    2. HIGH DENSITY POLYETHYLENE (HDPE)

  • 43

    Rigid and good clarity For blister packaging, IV bags and tubings Cleaning products, sheetings

    3.POLYVINYL CHLORIDE (PVC)

  • 44

    Thermoplastic for squeeze bottles and medicine droppers Bread bags, plastic films Prone to leaching

    4.LOW DENSITY POLYETHYLENE (LDPE)

  • 45

    Autoclavable yogurt cups, straws, hangers

    5.POLYPROPYLENE (PP)

  • 46

    General purpose and impact modified Take away and hard packaging toys

    6.POLYSTYRENE (PS)

  • 47

    The work required to reduce the size of a given quantity of material is constant for the same reduction ratio regardless of initial size of material.

    Kick’s Law

  • 48

    explains the drug released by dissolution relative to the changes in surface area and diameter of the particles

    Hixson-Crowell

  • 49

    The size reduction is directly proportional to the new surface formed.

    Rittinger’s

  • 50

    the work used to reduce the particle size is proportional to the square root of diameter of particle produced

    Bond’s

  • 51

    What equation refers to the dissolution rate of drugs in solution?

    Noyes-Whitney

  • 52

    For diffusion

    Fick’s

  • 53

    Buffer solutions`

    Henderson-Hasselbalch

  • 54

    Enzyme kinetics

    Michaelis Menten

  • 55

    This process separates colloidal and macromolecules via membrane, driven by hydrostatic pressure

    Ultrafiltration

  • 56

    This type of mass transfer involves the passage of individual molecules through the lipid bilayer

    Transcellular diffusion

  • 57

    movement of substances across the epithelium through the intercellular space between the cells.

    Paracellular diffusion

  • 58

    This separation process involves the concept of unequal rates of passage of solutes and solvent through microporous membranes

    Dialysis

  • 59

    This is the transfer of solvent molecules through a semipermeable membrane from region of low solute to high solute concentration

    Osmosis

  • 60

    Dispersed phase consists of Aggregates (micelles) of small organic molecules or ions whose size individually is below the colloidal range

    Association colloids

  • 61

    Dispersed phase consists generally of large organic molecules lying within colloidal size range

    Lyophilic

  • 62

    Dispersed phase ordinarily consists of inorganic particles, such as gold or silver

    Lyophobic

  • 63

    Places the emulsifying agent at the interface between oil and water, surrounding the droplets of the internal phase as a thin layer of film adsorbed on the surface of the drops, the film prevents contact and coalescing of the dispersed phase.

    Plastic film theory

  • 64

    The use of surface active agents lowers the interfacial tension of the two immiscible liquids, reducing the repellent force between the liquids and diminishing each liquids attraction for its own molecules

    Surface tension theory

  • 65

    Assumes monomolecular layers of emulsifying agent curved around a droplet of the internal phase of the emulsion depending on the solubility of these agents in that particular liquid

    Oriented wedge theory

  • 66

    The degrees of freedom in a one-component system consisting of Gas and Solid phases?

    1

  • 67

    These begin to flow when a shear stress is applied and does not exhibit any yield value. As shear stress increases, shear rate increases

    Pseudoplastic

  • 68

    This is a rare type of flow that causes an increase in viscosity with time

    Rheopexy

  • 69

    An observable increase in viscosity is observed when this material is sheared

    Dilatant

  • 70

    These do not begin to flow until shear stress to a certain value is exceeded.

    Plastic

  • 71

    Heat necessary for 1 mole of gas, solid or liquid to change to another phase.

    Latent heat

  • 72

    heat capacity of 1 g of substance.

    Specific heat

  • 73

    amount of energy that must be added to a mole of solid at constant pressure to turn it into a liquid.

    Heat of fusion

  • 74

    amount of heat required to raise the temperature of a given quantity of substance by 1oC

    Heat of capacity

  • 75

    Determined by the displacement of Helium gas, which can penetrate into very small pores.

    True

  • 76

    measured from the bulk volume and the weight of the dry powder in a graduated cylinder.

    Bulk

  • 77

    ratio of the density of the powder and the density of the material.

    Relative

  • 78

    via Hg displacement

    Granule

  • 79

    An Act Providing for the Mandatory Philhealth Coverage for All Senior Citizens

    RA 10645

  • 80

    Anti-Drunk and Drugged Driving Act

    RA 10586

  • 81

    Traditional and Alternative Medicines Act

    RA 8423

  • 82

    The label of the drug is false and misleading, hence, the product is:

    Misbranded

  • 83

    Revised regulations for licensing of drug establishments and outlets

    56

  • 84

    The prescription book shall be open at all times for inspection and shall be preserved for a period of at least how many months after the last entry

    24 months

  • 85

    Dangerous drugs logbook

    1 year

  • 86

    Prescription book

    2 years

  • 87

    Poison logbook

    5 years

  • 88

    The Professional Board of Pharmacy is appointed by:

    President of the Philippines

  • 89

    This contains information for non-prescription drugs used by the patient

    Patient Information Leaflet

  • 90

    Classification of recall called for a situation in which use or exposure to a violative product may cause temporary or medically reversible adverse health consequences or where the probability of serious adverse health consequences is remote

    Class 2 Recall

  • 91

    a situation in which there is a reasonable probability that the use or exposure to a violative product will cause serious adverse health consequences or death.

    Class 1 recall

  • 92

    a situation in which the use or exposure to a violative product is not likely to cause adverse health consequences.

    Class 3 recall