## DESCRIPTION
## Select the biotechnology adjacent industry that corresponds to the given project description.
## ENDDESCRIPTION
## KEYWORDS('biotechnology adjacent industries','project descriptions','which one','multiple choice')
## DBsubject('Biotechnology')
## DBchapter('')
## DBsection('')
## Date('2026-05-31')
## Author('Neil R. Voss')
## Institution('Roosevelt University')
DOCUMENT();
loadMacros(
'PGstandard.pl',
'PGML.pl',
'PGchoicemacros.pl',
'parserRadioButtons.pl',
'PGcourse.pl',
);
TEXT(beginproblem());
$showPartialCorrectAnswers = 0;
#==========================================================
# QUESTION DATA
#==========================================================
# All questions data
@questions_data = (
{
'item_name' => 'Utilizing yeast fermentation to produce ethanol from agricultural waste materials for use as a renewable energy source.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Extracting natural enzymes from papaya to develop a meat tenderizer that breaks down protein fibers to improve texture and flavor.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Using novel bacteria to ferment milk into yogurt for probiotic benefits.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Utilizing yeast to brew beer through fermentation processes.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Employing yeast to produce wine by fermenting grape juice.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Using yeast to bake bread through fermentation to leaven dough.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Crossing two apple varieties to create a new apple variety with improved taste or texture.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Breeding a horse and a donkey to produce a mule with enhanced strength and endurance.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Cultivating non-infectious viral particles to be used as a vaccine for immune system training.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Harvesting cellulose from switchgrass to convert into ethanol, contributing to biofuel production.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Extracting enzymes from cells to purify water, addressing clean water access in underdeveloped regions.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Identifying and harnessing plastic-degrading fungus isolated from insect larvae to break down high-density polyethylene (HDPE) microplastics into lower molecular weight compounds.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Identifying and harnessing nitrogen-fixing soil bacteria that convert atmospheric nitrogen into ammonia to create organic fertilizers, reducing chemical fertilizer use.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Isolating polylactic acid (PLA) biopolymers from bacterial fermentation byproducts to produce sustainable food packaging, replacing plastic wraps.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Traditional Biotechnology',
},
{
'item_name' => 'Genetically modifying yeast strains to produce high-yield bioethanol from non-food plant materials for more sustainable energy production.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Engineering algae to synthesize bioactive compounds with antimicrobial properties for medical and environmental applications.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Developing CRISPR-based tools to edit microbial genomes for enhanced production of therapeutic proteins and bio-based chemicals.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Genetically enhancing plants to produce higher concentrations of essential nutrients and vitamins to combat global malnutrition.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Genetically engineering garlic plants to produce high concentrations of anti-inflammatory compounds for treating irritation and allergies.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Developing treats that reduce cat allergens by inhibiting the production of allergenic proteins in cat saliva.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Developing genetically modified plants that attract beneficial insects and repel pests by enhancing their production of specific scents and toxins.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Genetically engineering bacteria to produce high-performance PLA biopolymers via fermentation with improved degradation rates and functional properties for sustainable food packaging.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Genetically modifying nitrogen-fixing soil bacteria to increase their efficiency in nitrogen fixation and improve their functionality in various soil types for optimized organic fertilizer production.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Genetically enhancing a plastic-degrading fungus isolated from insect larvae to improve its efficiency in breaking down HDPE microplastics and optimizing its plastic-degrading pathways using synthetic biology tools.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Growing algae with inserted genes to produce biodiesel, providing a sustainable and renewable fuel alternative.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Modern Biotechnology',
},
{
'item_name' => 'Developing a targeted therapy that utilizes engineered antibodies to selectively bind and neutralize pathogenic proteins associated with neurodegenerative diseases.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Designing a novel drug that stabilizes mitochondrial DNA to improve cellular energy production and combat age-related degenerative disorders.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Designing a novel drug to target and destroy cancer cells with minimal side effects on healthy tissue.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Designing an oral drug to enhance maternal egg quality by stabilizing chromosomal structures to reduce the risk of Down syndrome in offspring.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Developing a drug to regulate gut microbiota to treat conditions such as irritable bowel syndrome or inflammatory bowel disease.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Formulating a drug for early detection of neurodegenerative diseases by binding to biomarkers to enable early diagnosis and intervention.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Creating a novel antiviral drug that inhibits viral replication processes to treat infections like HIV or hepatitis with improved efficacy and reduced side effects.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Designing a cognitive enhancement drug to improve memory and cognitive functions in individuals with neurodegenerative disorders or age-related cognitive decline.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Pharmaceuticals/Drug Manufacturing',
},
{
'item_name' => 'Formulating an herbal supplement by extracting compounds from turmeric and ginger to support joint health and reduce inflammation.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Producing a traditional remedy by blending eucalyptus and peppermint oils into a balm for alleviating respiratory congestion and muscle aches.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Cultivating cannabis plants to create extracts for headache relief and other medicinal purposes.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Creating a natural anti-inflammatory oil by combining garlic extract with coconut oil for use on irritated skin to reduce itching and pain from insect bites and skin allergies.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Developing a supplement with curry spice herbs known to help the body cope with stress and improve overall well-being.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Making a liquid extract from echinacea and elderberry to help boost the immune system and support respiratory health.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Creating a Bifidobacterium probiotic supplement in various flavors to support digestion and maintain a healthy gut.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Formulating a soothing herbal tea blend with valerian root and chamomile to promote restful sleep and ease insomnia.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Supplemental Industry/Traditional Remedies',
},
{
'item_name' => 'Designing a robotic surgical assistant that enhances precision and minimizes tissue damage through real-time imaging and automated adjustments during surgery.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Creating an advanced prosthetic limb with integrated sensors and adaptive control systems that respond to neural signals for improved movement and dexterity.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Designing an advanced 3D bioprinter capable of creating functional human organs by precisely layering stem cells to replicate natural tissue structures.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Creating a wearable smart watch that provides real-time blood pressure readings and alerts, empowering users to track their cardiovascular health seamlessly.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Developing smart contact lenses that measure blood sugar levels from tears using electrophoretic sensors.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Developing a wearable glucose monitor that continuously tracks blood sugar levels and transmits data to a smartphone app.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
{
'item_name' => 'Creating customized titanium implants mixed with hydrogels containing cartilage cells to repair damaged joints by mimicking natural tissue for enhanced healing and reduced rejection.',
'plural_choice' => 'biotechnology adjacent industries',
'singular_item' => 'project description',
'choices' => [
'Traditional Biotechnology',
'Modern Biotechnology',
'Pharmaceuticals/Drug Manufacturing',
'Supplemental Industry/Traditional Remedies',
'Bio-engineering/Medical Devices',
],
'correct' => 'Bio-engineering/Medical Devices',
},
);
#==========================================================
# SELECT RANDOM QUESTION
#==========================================================
my $local_random = PGrandom->new();
$local_random->srand($problemSeed);
$question_idx = $local_random->random(0, scalar(@questions_data) - 1, 1);
$q = $questions_data[$question_idx];
$item_name = $q->{'item_name'};
$plural_choice = $q->{'plural_choice'};
$singular_item = $q->{'singular_item'};
@choices = @{ $q->{'choices'} };
$correct = $q->{'correct'};
#==========================================================
# SHUFFLE CHOICES (SEED-STABLE)
#==========================================================
my @choice_indices = (0 .. $#choices);
my @choice_shuffled = ();
while (@choice_indices) {
my $pick = $local_random->random(0, $#choice_indices, 1);
push @choice_shuffled, splice(@choice_indices, $pick, 1);
}
@choices = @choices[@choice_shuffled];
#==========================================================
# BUILD RADIO BUTTONS
#==========================================================
$rb = RadioButtons(
[@choices],
$correct,
labels => 'ABC',
displayLabels => 1,
randomize => 0,
separator => '',
);
#==========================================================
# PGML
#==========================================================
BEGIN_PGML
Which one of the following [$plural_choice]* corresponds to the [$singular_item]* [$item_name]*?
[_]{$rb}
END_PGML
BEGIN_PGML_SOLUTION
The correct answer is: [$correct]*
END_PGML_SOLUTION
ENDDOCUMENT();