Could Monkeypox combine with Spike protein? Scientific analysis by Dr Philip McMillan

Dr. Philip McMillan shares thoughts on Monkeypox spreading in non-endemic regions • 0:20

Questions raised about vaccinated cases of Monkeypox and demographics breakdown • 2:06

Importance of considering all details in scientific analysis • 2:14

Emphasis on understanding the situation before drawing conclusions • 2:41

Cell structure contains cytoplasm and nucleus housing DNA for replication. • 3:11

Lipid nanoparticles used in mRNA vaccines enter cytoplasm to release mRNA particles for spike protein production. • 5:04

DNA viruses like Varicella Zoster replicate in the nucleus of the cell. • 5:36

Pox viruses, like Monkeypox, replicate in the cytoplasm of the cell without entering the nucleus. • 6:56

Pox viruses create replication factories in the cytoplasm to produce viral particles. • 7:25

Monkeypox viruses destroy the cell during replication and spread to other cells. • 7:38

Monkeypox virus replicating in cytoplasm vs. lipid nanoparticle releasing mRNA • 7:45

Scientific question on potential incorporation of mRNA into Monkeypox virus • 8:25

Concern about Spike protein being incorporated into Monkeypox virus • 9:29

Potential risk of Spike protein enhancing viral entry and spread • 9:43

Importance of understanding how Monkeypox spreads and potential implications • 10:04

Inquiring about contact details and vaccination status of Monkeypox cases. • 10:19

Questioning the potential spread and impact of the virus. • 10:34

Exploring the demographic breakdown of Monkeypox cases. • 10:41

Hypothesizing about the interaction of Monkeypox virus with Spike protein. • 11:07

Wondering about the transmissibility and aerosolization of a combined virus. • 11:14

Emphasizing the importance of scientific inquiry and clarification. • 11:28

Encouraging audience to follow for more updates on the topic. • 11:42