Here in Liberia, I lift up the
child and he is stiff as a board. “Uh, John,” I say, “Do we really think
this kid has pneumonia?”
“That ‘s what the emergency room
diagnosed,” John the physician assistant says
“John, the emergency room doctor
also says that this boy is a 40 year old man with a drinking problem.”
John furrows his brow in confusion,
“That can’t be right,” he says.
“It isn’t, ” I say, “But your job
is to make sense of what you see with what you know, not to simply carry over a
diagnosis from the ER from someone who apparently doesn’t know what the hell
they are doing.”
I shouldn’t cuss, but John is new,
clumsy and not very good and I am mad that everyone coming from the ER is being
treated for three diseases simultaneously (malaria, pneumonia and sepsis) when
usually they have none of them. The most sensitive sign of pneumonia
is breathing fast. The body responds to fluid filled lungs by
breathing faster to maintain the same level of oxygen exchange. This
baby is not breathing fast. No flaring of the nostrils or showing of the
ribs when breathing. I time the baby’s breath for a minute and it comes
up 32. Normal.
On the other hand, there aren’t too
many things that make you stiff like a board. Tetanus can do it.
Seizures can do it. In this environment, meningitis—infection of the
covering of the brain-- is a likely choice. The inflammation from the
infection is building up against an unforgiving skull, in a sense, crushing the
brain and causing its dysfunction. The child has had fever. Reading
through a week of notes, only one physician assistant wrote three days ago,
“meningitis?” and no one has mentioned the child only looking to the
right. There has been no attempt to confirm or exclude the diagnosis or
any alteration of the care plan, which would have to happen if the child indeed
has meningitis.
I have the nurse gather the
materials for a lumbar puncture, a procedure that allows us to see the
composition of the cerebral spinal fluid, which bathes the brain—a poor man’s
view of the central nervous system. Spinal fluid doesn’t have white
blood cells in it and it certainly does not normally contain bacteria. If
the child has meningitis, then when we look at the fluid under the microscope
we will see white cell silhouettes not unlike melting snow flakes—immunologic
jelly fish in the body’s fluid morass. I explain to John who has never
done a lumbar puncture before the importance of securing a proper
diagnosis so we can know the best drug to treat the disease and for how
long. I explain the landmark at the back right above the butt crack of an
imaginary line connecting the top of the hips to designate a space two
vertebrae below where the spinal cord ends. It is here we will safely place
the spinal needle. John asks, “What happens if we put the needle in the
spinal cord?” I want to slap John.