Are you serious or is this a joke? In 50 years in the petroleum industry, I have never heard of such a silly idea.

Staying in the same place and area for a long time is also thought-provoking.

I hope you are open to new ideas.

Sincerely,

Dear Dr. Bostanci: For sure and from your publications, you have a strong background in Food Engineering (chemistry & plant biology). I have no problem with new ideas, but they must be derived from your own expertise. Nevertheless, I suggest that you investigate the chemistry of crude oils before considering putting this on your nose. I studied in London with two excellent petroleum professionals from your country and I know there are many more there who can explain why crude oil is quite toxic and not healthy for inhaling.

My best regards.

This is a scientific field and an area open to discussion. If I were not open to criticism, I would not open such a question to discussion in this environment. I can never speak without proof in my own field or in other fields like this is this, that is that, and I cannot mislead people. I think what I did here was not fully understood. I would like to explain through you. I am also a herbal oil user and I can question the usability of these products in the nose. I can ask this to artificial intelligence and ask what the latest situation is in this field. Which herbal oils can be applied in the nose and how they can be applied. If this has not been done, maybe I can bring it to mind. Experts in this field can also express their opinions like you and question why artificial intelligence gives this answer.

Also, the oil I was questioning here was not crude oil at all.

Relationship between antimicrobial oils and crude oil

The relationship between antimicrobial oils and crude oil primarily revolves around their sources, chemical compositions, and potential applications, particularly in medicine and industry.

### 1. **Sources and Composition:**

- **Crude Oil:** This is a naturally occurring, unrefined petroleum product composed of hydrocarbon deposits and other organic materials. It is primarily used as a source of energy (fuels) and raw materials for various chemicals and products.

- **Antimicrobial Oils:** These are typically derived from plants (essential oils) or other natural sources and possess properties that inhibit the growth of microorganisms. Examples include tea tree oil, eucalyptus oil, and oregano oil. These oils contain various bioactive compounds, such as terpenes and phenolics, which contribute to their antimicrobial activity.

### 2. **Chemical Properties:**

- Antimicrobial oils often contain volatile organic compounds that can have effects on microbial cells. These compounds can disrupt cell membranes, interfere with metabolic processes, or inhibit enzyme activity.

- Crude oil, on the other hand, consists of a complex mixture of hydrocarbons and may contain various sulfur, nitrogen, and oxygen compounds, which can have their own antimicrobial properties, although this is not their primary use.

### 3. **Applications:**

- **Medical and Therapeutic Uses:** Antimicrobial oils are often used in alternative medicine and natural remedies for treating infections or enhancing hygiene. Their natural origin makes them attractive for those seeking non-synthetic options.

- **Industrial Uses:** Crude oil is refined into various products, including petrochemicals that can be used to create synthetic antimicrobial agents. Some derived chemicals may mimic or enhance the antimicrobial properties found in natural oils.

### 4. **Environmental Considerations:**

- The extraction and use of crude oil have significant environmental impacts, including pollution and habitat destruction. In contrast, many antimicrobial oils are derived from renewable plant sources, making them more sustainable options.

- There is ongoing research into the potential use of antimicrobial oils in combating biofilms and infections, particularly in environments contaminated by oil spills or other industrial pollutants.

### 5. **Research and Development:**

- There is interest in exploring the antimicrobial properties of certain components found in both crude oil and natural oils. For instance, some studies have investigated whether specific compounds in crude oil can exhibit antimicrobial activity, although this is less common compared to the well-documented properties of essential oils.

### Conclusion:

While antimicrobial oils and crude oil are fundamentally different in terms of origin and primary use, they intersect in their chemical properties and potential applications, particularly in addressing microbial contamination in various contexts. Research continues to explore these relationships, particularly as the demand for natural antimicrobials grows amid concerns over antibiotic resistance and environmental sustainability.

https://talkai.info/tr/

As a result, I would never want to fall into the ignorance of giving advice to anyone by saying do this this way and that that way. My biggest fear is being misunderstood. I think you misunderstood me.

Sincerely,

https://www.arabnews.com/node/1481401/offbeat

Crude oil also has applications in the health field, by the way, that's a separate topic.

I don't know if you've ever tried it?

I did misunderstand you and I apologize. I believe that with herbal oils your ideas can have positive health applications and will probably work just fine for what you are considering.

Regards.