NIID field trip report

On Saturday, July 29, 2017, there was public release of National Institute of Infectious Diseases,
Murayama Research Buildings.

Two members participated in the public release.

National Institute of Infectious Diseases,
Murayama Research Buildings is a facility that mainly conducts research on pathogenesis and pathogenesis. It is the only one in Japan that operates "BSL-4* 1" facilities * 2.

* 1: BSL is the biohazard safety level. We rank laboratories and facilities that handle bacteria, viruses, etc. with rank of "1 to 4". 4 is the highest level.
* 2: As of July 2017

国立感染症研究所村山庁舎の正門

 

Then, I will post an actual experience report.

Handwashing practice

I was able to actually try out how much I can drop the hands on the hand with the hand washing.

手に何もせずにUVライトに手を当てている様子の写真

Before applying fluorescent paint. Even when light (UV) is applied, no change is seen.

手に光る塗料を塗ってUVライトに当てた様子

Apply a glowing paint and apply again to light (UV) this street! I regard this as a dirty hand.

手を洗っている写真

Wash your hands so hard with the soap according to the correct hand washing procedure.

1回手を洗ったうえでUVライトに当てた様子

I intended to wash carefully ... but still a little left on my fingers. I will go wash it again.

2回手を洗ったうえでUVライトに当てている様子

It is almost not shining. The whole hand is beautiful. I have to wash carefully and I can not remove dirt ....
From the usual time, I was noticed the importance of washing my hands carefully.


Researcher's Lab Experience

Here I am divided into 【Experimental Tool Booth】 【Bacterial Booth】 【Virus Booth】, I was able to operate experimental tools used by researchers and observe bacteria.

マイクロピペットの画像

It is a micropipette. It is not used in experiments at school. I actually used it.

 

大腸菌の展示納豆菌の展示乳酸菌の展示

It is an exhibition of Escherichia coli, Bacillus natto, and lactic acid bacteria.
Note: Escherichia coli displayed here does not seem to be pathogenic.

顕微鏡の写真

I could also observe E. coli with a microscope.

 


Vaccine

 

定期接種のワクチンの写真任意接種のワクチンの写真

There are many kinds of vaccines.
Here, we had a tightening experience of the vaccine by albin bottle.

ビンにシリカゲルを詰めている様子

First of all, I packed silica gel that I thought of as a vaccine into a bottle.

特殊な道具で栓を締めている様子

And tighten the stopper with a special tool. The stopper does not close properly unless it grips strongly.

完成したワクチンの写真

done! !

In this way, the vaccine is made and our body is protected from disease.

 

In the public release of the National Institute of Infectious Diseases Research Murayama, we made many experiences that we could not usually do, and the interests and concerns about infection were further deepened.

Thank you very much to everyone at the National Institute of Infectious Diseases,
Murayama Research Buildings.