you know, kind of, you know, he's he he drove under the tarmac at boston logan airport to get, you know, kind of the paper the britain paper in so that it could then be sent down new york and get into public asian first. you know, it was i think very exciting times for all that you know and amidst all the competition. the important thing is that it was solved. this medical mystery was solved. it was a huge, huge breakthrough. you know, it was it was not just in the scientific world. the new york times ran a front page story, two columns above the fold. the wall street journal ran a very large story saying, hey, there's this amazing breakthrough where for the first time we've identified a major gene with a mutation that causes cancer. and it turns out this gene is very important because it's a cancer gene. so we all have our cells are constantly dividing and most of the divisions, you know, the mutations that we have when our cells are dividing are benign. occasionally there is mutation that could become malignant, it could be cancerous. but p53 is this amazing gene that over millennia h

you know, kind of, you know, he's he he drove under the tarmac at boston logan airport to get, you know, kind of the paper the britain paper in so that it could then be sent down new york and get into public asian first. you know, it was i think very exciting times for all that you know and amidst all the competition. the important thing is that it was solved. this medical mystery was solved. it was a huge, huge breakthrough. you know, it was it was not just in the scientific world. the new york times ran a front page story, two columns above the fold. the wall street journal ran a very large story saying, hey, there's this amazing breakthrough where for the first time we've identified a major gene with a mutation that causes cancer. and it turns out this gene is very important because it's a cancer gene. so we all have our cells are constantly dividing and most of the divisions, you know, the mutations that we have when our cells are dividing are benign. occasionally there is mutation that could become malignant, it could be cancerous. but p53 is this amazing gene that over millennia h

logan airport. >> seth: yep. >> in massachusetts, boston. car. i thought i would just get one. >> seth: sure. >> they were all -- every masshole had rented every car at the airport. so i was like all right, i guess i'll go down get a cab. so i go to the cab stand and i see the guy there. and the guy goes, "what can i do for you?" and i was like, "hey, man, i'm trying to go -- i got a gig in new hampshire. cab from here to ports mouth?" and he looks at me and he goes -- and he's not from our country. and he looks at me and he goes, "smith." and i go, "yes." [ light laughter ] and then he goes, "portsmith." and i go, "kevin smith." [ laughter ] and he goes, "no. you said ports mouth. it's smith." i was like, "is it?" he said, "yeah." i said, "but it's spelled smouth." and he goes, "it's your language." [ laughter ] right then and there, i was like i got my opener for seth. [ laughter ] all right, so i have so much to accomplish and so little time. >> seth: and for those who haven't seen you on this show before, this is the part where you take