A system (300, 500) comprising: a camera system (310, 502), wherein the camera system is operable to image infrared light; a heating laser (320, 504), wherein the heating laser comprises at least one optical element; a spotting laser; and a controller comprising memory and at least one processor, wherein the processor is configured to execute instructions stored in the memory so as to perform operations, wherein the operations comprise: during a first time period, operating the camera system (310, 502) to generate a first image of biological tissue related at least to infrared light received from the biological tissue, wherein imaging the biological tissue during the first period of time comprises imaging light that has been emitted from the spotting laser and that has illuminated a specified location of the biological tissue; during the first time period, based on the first image of the biological tissue, controlling the heating laser (320, 504) to emit a beam of electromagnetic radiation toward the specified location of the biological tissue sufficient to heat the specified location of the biological tissue; receiving, via the camera system (310, 502), during a second time period following the first time period, information indicative of respective temperatures of a plurality of regions of the biological tissue; determining, based on the received information, a heated region from among the plurality of regions of biological tissue; determining a target region of biological tissue based on a location of the heated region; tracking the heated region of biological tissue; and during a third time period following the second time period, causing the beam of electromagnetic radiation to intersect with the target region of biological tissue by adjusting the at least one optical element based on a determined location of the heated region of biological tissue despite the movement of the heated region of biological tissue relative to the heating laser (320, 504). a camera system (310, 502), wherein the camera system is operable to image infrared light; a heating laser (320, 504), wherein the heating laser comprises at least one optical element; a spotting laser; and a controller comprising memory and at least one processor, wherein the processor is configured to execute instructions stored in the memory so as to perform operations, wherein the operations comprise: during a first time period, operating the camera system (310, 502) to generate a first image of biological tissue related at least to infrared light received from the biological tissue, wherein imaging the biological tissue during the first period of time comprises imaging light that has been emitted from the spotting laser and that has illuminated a specified location of the biological tissue; during the first time period, based on the first image of the biological tissue, controlling the heating laser (320, 504) to emit a beam of electromagnetic radiation toward the specified location of the biological tissue sufficient to heat the specified location of the biological tissue; receiving, via the camera system (310, 502), during a second time period following the first time period, information indicative of respective temperatures of a plurality of regions of the biological tissue; determining, based on the received information, a heated region from among the plurality of regions of biological tissue; determining a target region of biological tissue based on a location of the heated region; tracking the heated region of biological tissue; and during a third time period following the second time period, causing the beam of electromagnetic radiation to intersect with the target region of biological tissue by adjusting the at least one optical element based on a determined location of the heated region of biological tissue despite the movement of the heated region of biological tissue relative to the heating laser (320, 504). during a first time period, operating the camera system (310, 502) to generate a first image of biological tissue related at least to infrared light received from the biological tissue, wherein imaging the biological tissue during the first period of time comprises imaging light that has been emitted from the spotting laser and that has illuminated a specified location of the biological tissue; during the first time period, based on the first image of the biological tissue, controlling the heating laser (320, 504) to emit a beam of electromagnetic radiation toward the specified location of the biological tissue sufficient to heat the specified location of the biological tissue; receiving, via the camera system (310, 502), during a second time period following the first time period, information indicative of respective temperatures of a plurality of regions of the biological tissue; determining, based on the received information, a heated region from among the plurality of regions of biological tissue; determining a target region of biological tissue based on a location of the heated region; tracking the heated region of biological tissue; and during a third time period following the second time period, causing the beam of electromagnetic radiation to intersect with the target region of biological tissue by adjusting the at least one optical element based on a determined location of the heated region of biological tissue despite the movement of the heated region of biological tissue relative to the heating laser (320, 504).