“We few, we happy few, we band of brothers” appears in Henry V Act 4, Scene 3.
Claim:
In William Shakespeare's play "Henry V", the line "We few, we happy few, we band of brothers." appears in the text.
NOT BS
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The line appears in Act 1, Scene 2 of Shakespeare’s Henry V.
Claim:
In William Shakespeare's play "Henry V", the line "We are glad the Dauphin is so pleasant with us." appears in the text.
NOT BS
“I know thee not, old man” appears in Henry IV, Part 2.
Claim:
William Shakespeare's play "Henry V" contains the line "I know thee not, old man."
TOTAL BS
Living Cell Technologies’ New Zealand trial transplanted Auckland Island pig islet cells into 14 type 1 diabetes patients.
Claim:
Living Cell Technologies conducted clinical trials in New Zealand in which islet cells from Auckland Island pigs were transplanted into eight patients with type 1 diabetes.
HARDLY BS
“Once more unto the breach, dear friends, once more” appears in Henry V, Act 3, Scene 1.
Claim:
In William Shakespeare's play "Henry V", the line "Once more unto the breach, dear friends, once more." appears in the text.
NOT BS
New Zealand’s official transplant waiting list was 420 people on 31 December 2011.
Claim:
In 2011, there were 400 people on the transplant waiting list in New Zealand.
HARDLY BS
New Zealand waiting-list deaths each year are far below hundreds.
Claim:
In New Zealand, having fewer than 9 deceased organ donors per million people results in hundreds of patients dying each year while waiting for organ transplants.
TOTAL BS
Demand for transplantable organs persistently exceeds supply, leaving large waitlists.
Claim:
There is a real, documented organ shortage crisis.
NOT BS
Pigs are the leading source species for human xenotransplantation research.
Claim:
Pigs are currently the generally accepted source species for xenotransplantation into humans due to their physiological similarity to humans and the ability to scale production.
NOT BS
The 1977 Wow! signal was detected for 72 seconds and remains unexplained.
Claim:
In 1977, Earth received a signal from space that remained unexplained, and the signal lasted for 72 seconds.
HARDLY BS
Piezoelectric autofocus actuators typically hold position without power, while standard VCM modules need current to stay off-rest.
Claim:
Piezoelectric autofocus motors can hold their position without continuous electrical power, unlike voice coil motor (VCM) autofocus modules that require continuous current to hold a non-rest position.
HARDLY BS
Most VCM autofocus modules use springs to return the lens to rest.
Claim:
A voice coil motor (VCM) autofocus module typically uses a return spring so that when current is reduced or cut, the lens moves back toward a rest position.
NOT BS
Voice coil motors use a permanent magnet field and current-driven coil force.
Claim:
In a voice coil motor (VCM), the magnetic field is provided by a permanent magnet, and the lens position is controlled by varying the current through a copper coil.
NOT BS
Many piezo motors can hold position unpowered, while VCMs usually need holding current.
Claim:
A piezoelectric motor can mechanically hold its position when power is cut (off-power holding), whereas a voice coil motor (VCM) requires current to hold position.
HARDLY BS
Most autofocus smartphone cameras focus by shifting lens elements forward or backward.
Claim:
A smartphone camera lens physically moves forward or backward to focus on objects at different distances.
HARDLY BS
Many mainstream smartphones measure about 7.6–8.3 millimetres thick.
Claim:
A typical smartphone is roughly 8 millimetres thick.
NOT BS
Smartphone autofocus times vary widely, and often exceed 100 milliseconds.
Claim:
A smartphone camera autofocus system needs to achieve focus in under 100 milliseconds.
MOSTLY BS
Smartphone autofocus VCMs are typically gearless but still have mechanical friction.
Claim:
A voice coil motor (VCM) used for smartphone autofocus has no gears and no friction.
MOSTLY BS
Multiple authoritative records describe PMC12952596 as a randomized adult cancer trial.
Claim:
The study described in PubMed Central article PMC12952596 was a randomized clinical trial with a sample of 212 adults.
SOME BS
Most small-intestinal digestive enzymes are brush-border membrane proteins on enterocytes.
Claim:
Most digestive enzymes produced by the small-intestinal wall are bound to the apical (brush-border) cell membrane of intestinal epithelial cells rather than being freely secreted into the intestinal lumen.
NOT BS