1 - VT Plans Flashcards
The first two steps of VT (always the same)
Develop working relationship with the pt
Develop awareness w/ feedback mechanisms
CI: general phases (normalize __ —> __)
1) PFV amps —>
2) NFV amps —> PFV facility —> NFV facility
3) integrate with versions and saccades
DI: general phases (normalize __ —> __)
1) NFV amps at near —>
2) PFV amps —> NFV facility at near—> PFV facility —>
3) normalize NFV at intermediate and far distances
CE: general phases (normalize __ —> __)
1) NFV amps —>
2) PFV amps —> NFV facility —> PFV facility
3) integrate with versions and saccades
DE: general phases (normalize __ —> __)
1) begin with 3rd degree at N, both NFV & PFV amps
Diplopia awareness
2) 2nd & 1st degree at near
3) 3rd/2nd/1st at intermediate
4) 3rd/2nd/1st at distance
FVD: general phases (normalize __ —> __)
1) develop voluntary convergence & divergence
Normalize NFV/PFV amps
2) normalize NFV/PFV facility
3) integrate with versions and saccades
Basic Eso: general phases (normalize __ —> __)
1) normalize NFV amps —>
2) PFV amps —> NFV facility —> PFV facility —> NFV at intermediate
3) NFV at distance
Basic Exo: general phases (normalize __ —> __)
1) normalize PFV amps —>
2) NFV amps —> PFV facility —> NFV facility —> PFV at intermediate
3) PFV at distance
Accomm Insufficiency: general phases
1) normalize acc amps, PFV amps
2) normalize acc facility, PFV facility, NFV amp/facility
3) integrate acc facility w/ BV techniques, develop vergence facility, integrate w/ versions & saccades
Accomm Excess: general phases
1) develop feeling relaxing accomm, normalize NFV amps at near, accomm amps
2) normalize NFV facility, PFV amps/facility
3) normalize NFV amps @ intermediate & distance
Accomm Infacility: general phase
1) develop feeling of diverging/converging & accomm/relaxing, normalize acc amps, PFV/NFV amps
2) normalize NFV facility, PFV amps/facility
3) normalize NFV amps @ intermediate & distance
Oculomotor Dysfunction: general phases
1) develop accurate L saccades & s pursuits, normalize PFV/NFV & accomm amps
2) s saccades & L pursuits, equalize
3) integrate with changes in vergence & accomm