Automated system and method for advancing tape to transport cut tissue sections
An automated tape transfer apparatus including a tape feed mechanism feeding a continuous length of an adhesive tape through the automated tape transfer apparatus and a tape applicator applying the adhesive tape to a cutting face of a sample block, wherein a section of the sample block is adhered to the adhesive tape after cutting of the section from the sample block. A slide station transfers the cut section from the adhesive tape to a slide.
1. An automated tape transfer apparatus comprising:
a microtome configured to cut at least one section from a sample block;
a feed mechanism configured to move a tape between the microtome and a slide station to transfer the at least one section from the microtome to the slide station, the tape comprising adhesive material to attach the at least one section to the tape,
the slide station comprising a slide application member, the slide application member configured to transfer the at least one section from the tape to at least one slide; and
a light source configured to expose the adhesive material of the tape to light to decrease a strength of the adhesive material of the tape to enable transfer of the at least one section to the at least one slide.
2. The automated tape transfer apparatus of claim 1 , further comprising a tape applicator configured for applying the tape to the sample block.
3. The automated tape transfer apparatus of claim 2 , wherein the tape applicator is adapted to pivot about a hinge member.
4. The automated tape transfer apparatus of claim 1 , further including a conveyor, the conveyor transporting each slide of a plurality of stacked slides for application of the at least one section from the tape to the at least one slide.
5. The automated tape transfer apparatus of claim 1 , further comprising an imager to image the at least one section on the at least one slide to provide feedback of a quality of the transfer of the at least one section to the at least one slide.
6. The automated tape transfer apparatus of claim 1 , further comprising one or more optical sensors to determine a tissue location during a trimming process of the sample block to determine when a cutting face of the sample block is sufficiently exposed; optionally wherein the one or more optical sensors is configured to provide feedback of a quality of the at least one section transferred to the at least one slide.
7. The automated tape transfer apparatus of claim 1 , where a label is disposed on the at least one slide, wherein the label links the at least one slide to an originating sample block.
8. An automated tape transfer apparatus comprising:
a microtome configured to cut at least one section from a sample block;
a tape between the microtome and a slide station to transfer the at least one section from the microtome to the slide station, the tape comprising adhesive material to attach the at least one section to the tape;
the slide station comprising a slide application member, the slide application member configured to transfer the at least one section from the tape to at least one slide; and
an ultraviolet (UV) light source at the slide station configured to expose the adhesive material of the tape to UV light to decrease a strength of the adhesive material to enable transfer of the at least one section to the at least one slide.
9. The automated tape transfer apparatus of claim 8 , further comprising a tape applicator configured for applying the tape to the sample block.
10. The automated tape transfer apparatus of claim 8 , further including a conveyor, the conveyor transporting each slide of a plurality of stacked slides for application of the at least one section from the tape to the at least one slide.
11. The automated tape transfer apparatus of claim 8 , further comprising an imager to image the at least one section on the at least one slide to provide feedback of a quality of the transfer of the at least one section to the at least one slide.
12. The automated tape transfer apparatus of claim 8 , further comprising one or more optical sensors to determine a tissue location during a trimming process of the sample block to determine when a cutting face of the sample block is sufficiently exposed; optionally wherein the one or more optical sensors is configured to provide feedback of a quality of the at least one section transferred to the at least one slide.
13. The automated tape transfer apparatus of claim 8 , where a label is disposed on the at least one slide, wherein the label links the at least one slide to an originating sample block.
14. An automated tape transfer apparatus comprising:
a microtome configured to cut at least one section from a sample block;
a tape configured to be applied to a cutting face of the sample block, the tape comprising adhesive material to attach the at least one section to the tape;
a slide station comprising roller, the roller configured to transfer the at least one section from the tape to at least one slide; and
a light source in proximity to the slide station configured to expose the adhesive material on the tape to light to decrease a strength of the adhesive material on the tape to enable transfer of the at least one section to the at least one slide.
15. The automated tape transfer apparatus of claim 14 , wherein the tape covers an entirety of the cutting face during cutting of the at least one section from the sample block.
16. The automated tape transfer apparatus of claim 14 , further comprising a tape applicator configured for applying the tape to the sample block; wherein the tape applicator is coupled to a linear actuator member, wherein an extension of the linear actuator member causes the tape applicator to contact the tape and apply the tape to cover the cutting face.
17. The automated tape transfer apparatus of claim 14 , further including a conveyor, the conveyor transporting each slide of a plurality of stacked slides for application of the at least one section from the tape to the at least one slide.
18. The automated tape transfer apparatus of claim 14 , further comprising an imager to image the at least one section on the at least one slide to provide feedback of a quality of the transfer of the at least one section to the at least one slide.
19. The automated tape transfer apparatus of claim 14 , further comprising one or more optical sensors to determine a tissue location during a trimming process of the sample block to determine when a cutting face of the sample block is sufficiently exposed; optionally wherein the one or more optical sensors is configured to provide feedback of a quality of the at least one section transferred to the at least one slide.
20. The automated tape transfer apparatus of claim 14 , where a label is disposed on the at least one slide, wherein the label links the at least one slide to an originating sample block.