the microscope. there we go. and it is in the microscope. there we go. and it is in the the microscope. there we go. and it is in the lab the microscope. there we go. and it is in the lab where - the microscope. there we go. and it is in the lab where we i and it is in the lab where we will get to see moss s superpower. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act like the lungs of a city, eventually being covered in the stuff that we don t want to breathe. this is from one we don t want to breathe. this is from one of we don t want to breathe. this is from one of our we don t want to breathe. t i 3 is from one of our active products. is from one of our active products- is from one of our active roducts. , ., . ~ , , products. and the black bits are the- products. and the black bits are the. this products. and the black bits ar
absorb c02 because it needs for photosynthesis, for the energy, but the benefit is the density of the moss is pretty high so we need a high surface area to capture as much as possible. now we re going to take a sample. i can do it? for sure. ok, let s tweeze some moss. i ve got some. perfect. now we can have a look under the microscope. there we go. and it s in the lab where we ll get to see moss superpower. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act like the lungs of a city, eventually being covered in the stuff that we don t want to breathe. this is from one of our active products. and the black bits are the. exactly.
so we need this higher leaf surface ratio to capture as much as possible. so now we are going to take a sample. i can do it? for sure. let s tweeze some moss. perfect. now we can have a look under the microscope. there we go. and it s in the lab where we ll get to see moss s super power. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act like the lungs of a city, eventually being covered in the stuff that we don t want to breathe. so this is from our one active products. and the black the black bits are the. exactly. this is the fine dust or particles from polluted air. and these are the green cells. and it means that the
as much as possible. so now we are going to take a sample. i can do it? for sure. let s tweeze some moss. perfect. now we can have a look under the microscope. there we go. and it s in the lab where we ll get to see moss s super power. the plant acts a lot like a human lung, whose high surface area can absorb a lot of the air in one go. and just like the lungs of a smoker, which end up getting blackened by tar, moss could act like the lungs of a city, eventually being covered in the stuff that we don t want to breathe. so this is from our one active products. and the black the black bits are the. exactly. this is the fine dust or particles from polluted air. and these are the green cells. and it means that the moss is still healthy because it s green. but they are pretty powerful.
/PRNewswire/ Adiso Therapeutics, Inc., a clinical-stage biotechnology company committed to creating medicines that treat inflammatory diseases and improve.