Nanomedicine Midterm Prep Questions with
Detailed Verified Answers (100% Correct Answers)
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Quiz: Define nanomedicine and list at least three different applications of
nanomedicine., Ans: Nanomedicine is the use of nano-biotechnology in
medicine. Different applications of nanomedicine include imaging agents and
diagnostics, real-time assessment to accelerate clinical translation,
multifunctional targeted devices, monitoring predictive molecular changes,
and research enablers like chip-based nano-labs.
Quiz: Name four examples of FDA-approved nanotechnology-based
products, and explain one advantage of using nanocarriers in drug delivery.,
Ans: Four examples of FDA-approved nanotechnology-based products are
Abraxane, Doxil, Feraheme, and Mycamine. An advantage of using
nanocarriers in drug delivery is the enhanced targeting and delivery of
therapeutic agents to specific cells or tissues, reducing off-target effects and
improving treatment efficacy.
Quiz: What physicochemical characteristics influence the toxicity and
biodistribution of nanoconstructs? Provide examples of physical and chemical
characteristics., Ans: Physicochemical characteristics influencing
nanoconstructs toxicity and biodistribution include physical characteristics like
size, surface area, and shape, and chemical characteristics like charge,
hydrophobicity/hydrophilicity, and surface chemistry. For instance, a smaller
size and a positive charge may increase cellular uptake, while hydrophobicity
can affect solubility and toxicity.
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, Quiz: Summarize the findings reported in the research article "Multivalent
HER2-binding polymer conjugates facilitate rapid endocytosis and enhance
intracellular drug delivery.", Ans: The research co-opts crosslinking-mediated
internalization for efficient intracellular delivery of an anticancer
nanomedicine, particularly an HPMA copolymer-based drug delivery system.
The study synthesized and characterized HPMA copolymers-affibody
conjugates, demonstrating that higher valence conjugates enhanced
intracellular drug delivery and cytotoxicity against HER2-positive cells.
Quiz: What polymerization technique was used in the synthesis of polymer
conjugates in the mentioned article, and why is it relevant for drug delivery
systems?, Ans: Radical polymerization was used in the synthesis of polymer
conjugates in the article. This technique is relevant for drug delivery systems
because it allows for the controlled and efficient formation of polymer-drug
conjugates, enabling targeted drug delivery to specific cells or tissues.
Quiz: List the monomers, initiators, and chain transfer agent used for the
synthesis of the polymer-affibody conjugates., Ans: The monomers used were
HPMA and APMA. The initiator was V50, and the chain transfer agent was 4-
cyanopentanoic acid dithiobenzoate.
Quiz: Describe the characterization techniques used to assess the properties
of the polymer conjugates in the study., Ans: The characterization techniques
included size exclusion chromatography for molecular weight and
polydispersity, Ninhydrin assay for amine content, reverse-phase HPLC for drug
content, modified Ellman's assay for the conversion of amine sidechains to
maleimide groups, and Bradford assay and circular dichroism spectroscopy for
determining the valence of copolymer-affibody conjugates.
© 2025 Get it right Stuvia US All rights reserved
Detailed Verified Answers (100% Correct Answers)
Already Graded A+
Quiz: Define nanomedicine and list at least three different applications of
nanomedicine., Ans: Nanomedicine is the use of nano-biotechnology in
medicine. Different applications of nanomedicine include imaging agents and
diagnostics, real-time assessment to accelerate clinical translation,
multifunctional targeted devices, monitoring predictive molecular changes,
and research enablers like chip-based nano-labs.
Quiz: Name four examples of FDA-approved nanotechnology-based
products, and explain one advantage of using nanocarriers in drug delivery.,
Ans: Four examples of FDA-approved nanotechnology-based products are
Abraxane, Doxil, Feraheme, and Mycamine. An advantage of using
nanocarriers in drug delivery is the enhanced targeting and delivery of
therapeutic agents to specific cells or tissues, reducing off-target effects and
improving treatment efficacy.
Quiz: What physicochemical characteristics influence the toxicity and
biodistribution of nanoconstructs? Provide examples of physical and chemical
characteristics., Ans: Physicochemical characteristics influencing
nanoconstructs toxicity and biodistribution include physical characteristics like
size, surface area, and shape, and chemical characteristics like charge,
hydrophobicity/hydrophilicity, and surface chemistry. For instance, a smaller
size and a positive charge may increase cellular uptake, while hydrophobicity
can affect solubility and toxicity.
© 2025 Get it right Stuvia US All rights reserved
, Quiz: Summarize the findings reported in the research article "Multivalent
HER2-binding polymer conjugates facilitate rapid endocytosis and enhance
intracellular drug delivery.", Ans: The research co-opts crosslinking-mediated
internalization for efficient intracellular delivery of an anticancer
nanomedicine, particularly an HPMA copolymer-based drug delivery system.
The study synthesized and characterized HPMA copolymers-affibody
conjugates, demonstrating that higher valence conjugates enhanced
intracellular drug delivery and cytotoxicity against HER2-positive cells.
Quiz: What polymerization technique was used in the synthesis of polymer
conjugates in the mentioned article, and why is it relevant for drug delivery
systems?, Ans: Radical polymerization was used in the synthesis of polymer
conjugates in the article. This technique is relevant for drug delivery systems
because it allows for the controlled and efficient formation of polymer-drug
conjugates, enabling targeted drug delivery to specific cells or tissues.
Quiz: List the monomers, initiators, and chain transfer agent used for the
synthesis of the polymer-affibody conjugates., Ans: The monomers used were
HPMA and APMA. The initiator was V50, and the chain transfer agent was 4-
cyanopentanoic acid dithiobenzoate.
Quiz: Describe the characterization techniques used to assess the properties
of the polymer conjugates in the study., Ans: The characterization techniques
included size exclusion chromatography for molecular weight and
polydispersity, Ninhydrin assay for amine content, reverse-phase HPLC for drug
content, modified Ellman's assay for the conversion of amine sidechains to
maleimide groups, and Bradford assay and circular dichroism spectroscopy for
determining the valence of copolymer-affibody conjugates.
© 2025 Get it right Stuvia US All rights reserved
