Animal Cell Differentiation

Descrição

Biology (Cell Division, Diversity, and Organisation) Quiz sobre Animal Cell Differentiation, criado por Daniel Brand em 10-03-2017.
Daniel Brand
Quiz por Daniel Brand, atualizado more than 1 year ago
Daniel Brand
Criado por Daniel Brand mais de 7 anos atrás
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Resumo de Recurso

Questão 1

Questão
Which of the following correctly describe the adaptations of spermatozoa?
Responda
  • Many mitochondria to generate ATP
  • Undulipodium aids rapid movement
  • Diploid nucleus ready for fertilisation
  • Acrosome stores lytic enzymes

Questão 2

Questão
Neutrophils are a type of [blank_start]white[blank_end] blood cell which have a [blank_start]multi[blank_end]-[blank_start]lobed[blank_end] nucleus. Their main role is to [blank_start]phagocytose[blank_end] invading pathogens.
Responda
  • white
  • multi
  • lobed
  • phagocytose

Questão 3

Questão
Connective tissue is made up of specialised cells.
Responda
  • True
  • False

Questão 4

Questão
Cartilage is secreted by cells called [blank_start]chondroblasts[blank_end], which mature into [blank_start]chondrocytes[blank_end], responsible for [blank_start]maintaining[blank_end] the ECM. The three types of cartilage are [blank_start]hyaline[blank_end], f[blank_start]ibrous[blank_end], and e[blank_start]lastic[blank_end].
Responda
  • chondroblasts
  • chondrocytes
  • maintaining
  • hyaline
  • ibrous
  • lastic

Questão 5

Questão
Red blood cells are also known as [blank_start]erythrocytes[blank_end]. Their main role is to transport [blank_start]oxygen[blank_end] and carbon dioxide around the body. They are specialised to fulfil this purpose thanks to their [blank_start]biconcave[blank_end] shape which gives them a large [blank_start]surface[blank_end] [blank_start]area[blank_end]. Also, in order to increase room for [blank_start]haemoglobin[blank_end] inside the cell, they don't have any [blank_start]organelles[blank_end].
Responda
  • erythrocytes
  • oxygen
  • biconcave
  • surface
  • area
  • haemoglobin
  • organelles

Questão 6

Questão
[blank_start]Epithelial[blank_end] cells form a [blank_start]lining[blank_end] in many different organs and structures. The cells are joined together by [blank_start]tight junctions[blank_end] which facilitates [blank_start]communication[blank_end] and keeps them [blank_start]tightly packed[blank_end]. Some have cilia, for example in [blank_start]the respiratory tract[blank_end], which help waft [blank_start]mucus[blank_end] and foreign particles up to the throat. Others have microvilli, for example in [blank_start]the digestive tract[blank_end], to [blank_start]increase[blank_end] surface area and increase rate of [blank_start]absorption[blank_end]. These type of cell tend to have [blank_start]short[blank_end] cell life cycles.
Responda
  • Epithelial
  • Cardiac
  • Myocytic
  • Mitochondrial
  • lining
  • muscle
  • gland
  • neuron
  • tight junctions
  • light junctions
  • wide junctions
  • permeable junctions
  • communication
  • programmed cell death
  • protein synthesis
  • mitosis
  • tightly packed
  • loosely touching
  • mobile
  • unspecialised
  • the respiratory tract
  • bone tissue
  • the cornea
  • nerve cells
  • mucus
  • lipids
  • hormones
  • the digestive tract
  • the liver
  • glial cells
  • blood vessel endothelium
  • increase
  • decrease
  • absorption
  • digestion
  • cell division
  • short
  • long

Questão 7

Questão
Which type of muscle is responsible for contractions in the intestine?
Responda
  • Smooth
  • Cardiac
  • Skeletal
  • Striated

Questão 8

Questão
Which of the following are organ systems? Check all that apply.
Responda
  • Heart
  • Digestive
  • Skin
  • Musculo-skeletal
  • Respiratory
  • Nervous

Questão 9

Questão
Stem cells do not exist in adults.
Responda
  • True
  • False

Questão 10

Questão
IPSCs are [blank_start]induced[blank_end] [blank_start]pluripotent[blank_end] [blank_start]stem[blank_end] [blank_start]cells[blank_end].
Responda
  • induced
  • pluripotent
  • stem
  • cells

Questão 11

Questão
[blank_start]Stem cells[blank_end] are a hot topic in scientific research because of their wide range of potential applications, including cancer therapy, treatment of immune diseases, and regeneration of damaged tissues and organs. If stem cells can become [blank_start]nerve[blank_end] cells, they can be used to treat Alzheimer's and Parkinson's diseases. Growing organs from a patient's own stem cells avoids the need for [blank_start]immunosuppressive therapy[blank_end]. This is called [blank_start]regenerative[blank_end] medicine. They're also key in understanding aspects of [blank_start]developmental[blank_end] biology. Finally, stem cells can be used to grow organs on which to safely test new therapeutic drugs.
Responda
  • Stem cells
  • Erythrocytes
  • Cardiac cells
  • Genetically engineered mice
  • nerve
  • blood
  • muscle
  • kidney
  • immunosuppressive therapy
  • long transplant surgery
  • patient-specific aftercare
  • regenerative
  • systemic
  • organ
  • specialised
  • developmental
  • plant
  • cognitive
  • mobile

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