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There is concern about delays in education funding due to a shutdown affecting state budgets.
Personal anecdotes shared:
- A person mentioned that their spouse had a heart attack and had been isolated at home due to COVID-19 for three days.
- Discussion on family health issues including:
- One participant's children and their stress regarding finances.
- Another participant's spouse dealing with PVCs (premature ventricular contractions).
- Use of beta blockers, which have side effects of fatigue and sleepiness.
- A brother experiencing knee issues and various dental problems, mentioning calcium absorption and vitamin D deficiencies, and discussing holistic treatment options.

Participants discussed class structures and their locations:
- Mention of a class with many dental hygiene students.
- An individual mentioned receiving clinical rotations at a distance and the difficulties of commuting.
- Discussion regarding the Fairmont State program and programs at other colleges like WVU and Ruby.
Discussions about different subfields:
- Participants mentioned they were pursuing different careers, including LPN (Licensed Practical Nurse) and RN (Registered Nurse), and challenges associated with class scheduling and clinical hours.

Chromosomes are defined as pieces of DNA that carry genetic information, except in red blood cells (which lack DNA).
Eukaryotic chromosomes:
- Made of DNA and proteins (histones), organized into linear structures.
- Humans have 46 chromosomes, approximately three feet of DNA if stretched.
- Each chromosome consists of one set from the male parent and one from the female parent, making humans diploids.
Prokaryotic chromosomes:
- Consist of a single circular DNA molecule, referred to as being "naked" because there are no associated proteins. Prokaryotes are haploids, containing just one chromosome set.
- Supercoiling takes place but does not involve histones as seen in eukaryotes.

DNA is described as a double helix structure, made of four bases (A, T, C, G).
Replication Process:
- The DNA replication is a semi-conservative process, meaning each new DNA strand retains one old strand and incorporates one new strand to maintain genetic fidelity.
- The unwinding of the DNA is conducted by an enzyme called helicase, forming a replication fork during the DNA copying process.
- Primase lays down an RNA primer as the starting point for new DNA synthesis.
- DNA polymerase III adds nucleotides in the 5' to 3' direction, where the newly formed complementary strand is known as the leading strand.
- The lagging strand is synthesized in small segments called Okazaki fragments, due to its opposite direction.
Enzymatic Actions:
- Topoisomerases/Gyrases: Responsible for preventing supercoiling ahead of the replication fork.
- Single-Stranded Binding Proteins (SSBPs): Stabilize the unwound DNA strands to prevent them from reannealing.
- Exonuclease removes RNA primers after replication is complete, allowing the gaps to be replaced with DNA by a second DNA polymerase.
- DNA ligase seals the breaks between Okazaki fragments to create a continuous DNA strand.

Diploid: A cell or organism that has two sets of chromosomes; example: humans (46 chromosomes).
Haploid: A cell with a single set of chromosomes; typically seen in prokaryotic organisms.
Nucleoid: The region within prokaryotic cells where the DNA is concentrated, not membrane-bound like a nucleus.
Tata Box: Noteworthy start point for replication where there is a high concentration of A's and T's, facilitating the unwinding process by helicase.
Okazaki Fragments: Short, newly synthesized DNA fragments formed on the lagging strand during DNA replication.