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Fisher Scientific filtered p1000 pipet tips
Filtered P1000 Pipet Tips, supplied by Fisher Scientific, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/tip/10006m+elite+fa10001m+fisherbrand+multichannel+p1000l+pipettes+sku/pmc13188093-22-0-5
Average 86 stars, based on 1 article reviews
filtered p1000 pipet tips - by Bioz Stars, 2026-10
86/100 stars

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Related Articles

Sonication:

Article Title: First X-ray crystal structure of an insect muscle myosin /
Article Snippet: .. Sonicated the solution in the 26.3 ml tubes on ice with 20 quick pulses at 50% duty cycle, setting of 5, with a micro tip (Fisher Scientific Sonic Dismembrator Model 100). ..

Article Title: Near-Infrared Imaging of Serotonin Release from Cells with Fluorescent Nanosensors.
Article Snippet: Synthesis of aptamer functionalized SWCNTs (NIRSers) (6,5) enriched SWCNTs (41% (6,5) chirality, carbon ≤95%, ≥93% carbon as SWCNT, Signis® SG65i, 0.7–0.9 nm diameter (Sigma-Aldrich, Germany) and the serotonin aptamer (a 57–mer sequence of 5’- CTCTCGGGACGACTGGTAGGCAGATAGGGGAAGCTGATTCGATGCGTGGGTCGTCCC -3’ 1 synthesized by Sigma-Aldrich, Germany) were mixed in MilliQ water to reach the final concentration of 0.5 mg/mL and 50 μM respectively. .. The dispersion was tip sonicated (Fisher Scientific Model 120 Sonic Dismembrator) at 30 % amplitude for 20 minutes. .. Then, the dispersion was centrifuged (Eppendorf centrifuge 5415 D) at 16000 x g for 30 minutes twice and the supernatant was collected for further investigation.

Article Title: Regulation of chromatin dynamics by a calcium-dependent nucleoskeleton.
Article Snippet: .. Chromatin was sheared using a FB120 sonicator with CL-18 tip (Fisher Scientific), applying six cycles of 30-second sonication with 30- second intervals at 25% amplitude. ..

other:

Article Title: Ammonia Emissions, Exposed Surface Area, and Crop and Weed Responses Resulting from Three Post-Emergence Slurry Application Strategies in Cereals
Article Snippet: Following application, the slurry surface pH was measured with a flat-tip pH electrode (OrionTM 8135BN ROSSTM, Combination Flat Surface pH Electrode, Fischer Scientific, Loughborough, UK).

Dispersion:

Article Title: Near-Infrared Imaging of Serotonin Release from Cells with Fluorescent Nanosensors.
Article Snippet: Synthesis of aptamer functionalized SWCNTs (NIRSers) (6,5) enriched SWCNTs (41% (6,5) chirality, carbon ≤95%, ≥93% carbon as SWCNT, Signis® SG65i, 0.7–0.9 nm diameter (Sigma-Aldrich, Germany) and the serotonin aptamer (a 57–mer sequence of 5’- CTCTCGGGACGACTGGTAGGCAGATAGGGGAAGCTGATTCGATGCGTGGGTCGTCCC -3’ 1 synthesized by Sigma-Aldrich, Germany) were mixed in MilliQ water to reach the final concentration of 0.5 mg/mL and 50 μM respectively. .. The dispersion was tip sonicated (Fisher Scientific Model 120 Sonic Dismembrator) at 30 % amplitude for 20 minutes. .. Then, the dispersion was centrifuged (Eppendorf centrifuge 5415 D) at 16000 x g for 30 minutes twice and the supernatant was collected for further investigation.

Injection:

Article Title: cAMP Response Element-Binding Protein Is Essential for the Upregulation of Brain-Derived Neurotrophic Factor Transcription, But Not the Behavioral or Endocrine Responses to Antidepressant Drugs
Article Snippet: .. Thirty minutes after injection mice were individually suspended by the tail to a horizontal ring-stand bar (distance from floor, 35 cm) using Fisher Scientific (Pittsburgh, PA) adhesive tape affixed 2 cm from the tip of the tail. ..

Adhesive:

Article Title: cAMP Response Element-Binding Protein Is Essential for the Upregulation of Brain-Derived Neurotrophic Factor Transcription, But Not the Behavioral or Endocrine Responses to Antidepressant Drugs
Article Snippet: .. Thirty minutes after injection mice were individually suspended by the tail to a horizontal ring-stand bar (distance from floor, 35 cm) using Fisher Scientific (Pittsburgh, PA) adhesive tape affixed 2 cm from the tip of the tail. ..



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Fine Science Tools blunt tipped forceps
Preparation for para-uterine imaging (A) Preparatory Steps 1 - 3: Setup prior to the start of surgery. 1: Mouse temperature controller, with associated heating pad and temperature probe. 2: Shaver. 3: UV-protective glasses. 4: Norland 65 UV-curing glue. 5: Eye lubricant. 6: Cover glasses. 7: Plastic pipette. 8: Retractors (x4). 9: Embryo holder. 10: Headbar. 11: Fine scissors. 12: Spring scissors. <t>13:</t> <t>Blunt-tipped</t> forceps (x2). 14: Ring-tipped forceps. 15: Fine-tipped forceps (x2). 16: Binocular dissection scope. 17: HBSS. 18: Alligator clamp. 19: Underpad. More details in A. (B – L) Stepwise progression of surgery. (B) Preparatory Steps 8, 9 and Steps 1a, 1b: Placement of the dam in a supine position, followed by sterilization, removal of fur from the abdomen, and cutting through the skin. (C) Steps 1a, 1b: Cutting through the muscular fascia. (D) Step 1c, 3: Using retractors to open the abdominal cavity, exposing the uterine horns, and opening up the uterus. (E) Steps 4: Selecting an embryo and then opening up the amniotic sac to expose the embryo. Preparing an alligator clamp to stabilize the embryo holder. (F) Step 7: Placing the embryo gently in the embryo holder. (G) Step 9: Transferring the embryo holder to the alligator clamp. (H) Step 11: Adding agar to the embryo holder. (I) Step 12: Adhering the headbar to the embryo holder. (J) Step 13: Transferring the embryo holder to the external supports. (K) Steps 15, 16: Removing the skin (and bone) from the head of the embryo. Inset: Exposed embryonic brain (process detailed in ). (L) Step 19: Cover glass added to the embryo. Inset: Embryonic brain covered by cover glass, with the space filled with cortex buffer (process detailed in ).
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Image Search Results


Preparation for para-uterine imaging (A) Preparatory Steps 1 - 3: Setup prior to the start of surgery. 1: Mouse temperature controller, with associated heating pad and temperature probe. 2: Shaver. 3: UV-protective glasses. 4: Norland 65 UV-curing glue. 5: Eye lubricant. 6: Cover glasses. 7: Plastic pipette. 8: Retractors (x4). 9: Embryo holder. 10: Headbar. 11: Fine scissors. 12: Spring scissors. 13: Blunt-tipped forceps (x2). 14: Ring-tipped forceps. 15: Fine-tipped forceps (x2). 16: Binocular dissection scope. 17: HBSS. 18: Alligator clamp. 19: Underpad. More details in A. (B – L) Stepwise progression of surgery. (B) Preparatory Steps 8, 9 and Steps 1a, 1b: Placement of the dam in a supine position, followed by sterilization, removal of fur from the abdomen, and cutting through the skin. (C) Steps 1a, 1b: Cutting through the muscular fascia. (D) Step 1c, 3: Using retractors to open the abdominal cavity, exposing the uterine horns, and opening up the uterus. (E) Steps 4: Selecting an embryo and then opening up the amniotic sac to expose the embryo. Preparing an alligator clamp to stabilize the embryo holder. (F) Step 7: Placing the embryo gently in the embryo holder. (G) Step 9: Transferring the embryo holder to the alligator clamp. (H) Step 11: Adding agar to the embryo holder. (I) Step 12: Adhering the headbar to the embryo holder. (J) Step 13: Transferring the embryo holder to the external supports. (K) Steps 15, 16: Removing the skin (and bone) from the head of the embryo. Inset: Exposed embryonic brain (process detailed in ). (L) Step 19: Cover glass added to the embryo. Inset: Embryonic brain covered by cover glass, with the space filled with cortex buffer (process detailed in ).

Journal: STAR Protocols

Article Title: Para-uterine imaging protocol: Stabilizing living mouse embryos within the maternal abdomen for in vivo imaging and visually guided physiology

doi: 10.1016/j.xpro.2026.104446

Figure Lengend Snippet: Preparation for para-uterine imaging (A) Preparatory Steps 1 - 3: Setup prior to the start of surgery. 1: Mouse temperature controller, with associated heating pad and temperature probe. 2: Shaver. 3: UV-protective glasses. 4: Norland 65 UV-curing glue. 5: Eye lubricant. 6: Cover glasses. 7: Plastic pipette. 8: Retractors (x4). 9: Embryo holder. 10: Headbar. 11: Fine scissors. 12: Spring scissors. 13: Blunt-tipped forceps (x2). 14: Ring-tipped forceps. 15: Fine-tipped forceps (x2). 16: Binocular dissection scope. 17: HBSS. 18: Alligator clamp. 19: Underpad. More details in A. (B – L) Stepwise progression of surgery. (B) Preparatory Steps 8, 9 and Steps 1a, 1b: Placement of the dam in a supine position, followed by sterilization, removal of fur from the abdomen, and cutting through the skin. (C) Steps 1a, 1b: Cutting through the muscular fascia. (D) Step 1c, 3: Using retractors to open the abdominal cavity, exposing the uterine horns, and opening up the uterus. (E) Steps 4: Selecting an embryo and then opening up the amniotic sac to expose the embryo. Preparing an alligator clamp to stabilize the embryo holder. (F) Step 7: Placing the embryo gently in the embryo holder. (G) Step 9: Transferring the embryo holder to the alligator clamp. (H) Step 11: Adding agar to the embryo holder. (I) Step 12: Adhering the headbar to the embryo holder. (J) Step 13: Transferring the embryo holder to the external supports. (K) Steps 15, 16: Removing the skin (and bone) from the head of the embryo. Inset: Exposed embryonic brain (process detailed in ). (L) Step 19: Cover glass added to the embryo. Inset: Embryonic brain covered by cover glass, with the space filled with cortex buffer (process detailed in ).

Article Snippet: Blunt-tipped forceps , Fine Science Tools , 11652–10.

Techniques: Imaging, Transferring, Dissection